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  <title>Hot</title>
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      <title>傣族织锦技艺</title>
      <slug>dai-zu-zhi-jin-ji-yi</slug>
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      <summary>傣族织锦技艺是国家级非物质文化遗产代表性项目，项目编号为Ⅷ-106，于2008年列入第二批国家级非物质文化遗产代表性项目名录，申报地区为云南省西双版纳傣族自治州。</summary>
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          <title>中国非物质文化遗产网·傣族织锦技艺</title>
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          <locator>项目编号与技艺介绍</locator>
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      <createdAt>2026-11-03T15:27:37+08:00</createdAt>
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      <body>傣族织锦技艺是国家级非物质文化遗产代表性项目，项目编号为Ⅷ-106，于2008年列入第二批国家级非物质文化遗产代表性项目名录，申报地区为云南省西双版纳傣族自治州。[^s1]&#xA;&#xA;## 简介&#xA;&#xA;傣族织锦是傣族先民劳动的产物，是傣族传统手工艺最早期的重要品种。傣族织锦与傣族人民的日常生活及佛教信仰、鬼神崇拜等方面都有着紧密的联系，在傣族社会生活中占有相当重要的位置，具有独特的历史文化价值和美学价值。[^s1]&#xA;&#xA;## 历史渊源&#xA;&#xA;傣族织锦出于妇女之手，体现了傣族地区男耕女织的农耕社会风习。傣族妇女劳作之余，在彩锦上织造出高洁的荷花、挺立的槟榔、吉祥的孔雀、庄重的大象、威严的麒麟和龙凤、佛塔等图案，表达了傣族人民对真善美的追求和向往。傣族织锦既含蓄又明朗，想像丰富，构思巧妙，手法独特，在我国织锦艺术中占有重要的一席之地。[^s1]&#xA;&#xA;## 主要内容与特点&#xA;&#xA;傣族织锦往往以白底衬托单一独立的图案或多次重复的连续图案，还有些图案呈现为剪影式的侧面造型，形象生动、轮廓鲜明，给人以深刻的印象。此外，傣族织锦还强调图案的对称性、对比性和连续性，讲究疏密结合、具象和抽象结合。傣族织锦的图案题材包括荷花、槟榔、孔雀、大象、麒麟、龙凤、佛塔等，色彩明朗，构图对称，多用于筒裙、包头、被面与装饰用品，是傣族服饰文化的重要组成部分。[^s1]&#xA;&#xA;## 传承与保护现状&#xA;&#xA;傣族织锦技艺的保护单位为西双版纳傣族自治州文化馆，代表性传承人包括叶娟、玉儿甩等人。申报材料记载，由于扶持、保护不力，傣族织锦技艺现在正面临灭绝之境，科学、合理地保护和开发傣族织锦，对于弘扬傣族的优秀文化具有不容低估的重要意义；如今通过传习馆展示、传承人认定与文创开发，傣族织锦正在逐步恢复活力。[^s1]</body>
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      <title>那达慕</title>
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          <title>那达慕 - 中国非物质文化遗产网</title>
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      <body>## 简介&#xA;&#xA;那达慕是蒙古族传统群众性盛会，蒙古语意为“娱乐、欢庆”[^s2]。锡林郭勒盟的那达慕具有代表性，项目编号为Ⅹ-48，2006年列入第一批国家级非物质文化遗产名录，申报地区或单位为内蒙古自治区锡林郭勒盟[^s1]；后扩展至青海省海西蒙古族藏族自治州、新疆维吾尔自治区和静县等地[^s1]。那达慕一般在水草丰美、牛羊肥壮的七八月间举行，是草原牧民交流情感、展现力量的重要平台。&#xA;&#xA;## 历史渊源&#xA;&#xA;那达慕起源于蒙古汗国建立初期，早在公元1206年成吉思汗被推举为蒙古大汗时，就举行了盛大的那达慕[^s1]。据《成吉思汗石文》记载，1225年成吉思汗西征战胜花剌子模后，也在布哈苏齐海地方举行过盛大的那达慕大会[^s1]。青海海西蒙古族的那达慕则源于青海湖蒙古族二十九旗的祭祀活动祭海，祭海起始于唐代天宝十年（751年）[^s1]。从宗教祭祀仪式“敖包祭拜”发展而来的那达慕，逐渐演变为一年一度的体能竞技节日[^s2]。&#xA;&#xA;## 主要内容与特点&#xA;&#xA;那达慕的核心是赛马、摔跤、射箭三项传统比赛，此外还有民间舞蹈表演、蒙古族长调演唱、江格尔说唱、民间乐器弹奏、手工艺品展示、民族服饰表演等[^s1]。新疆蒙古族的那达慕每年公历6月23日举行，为期一至三天，传统项目除三项比赛外，还增加了叼羊、篝火晚会、文艺演出、手工艺品展销等内容[^s1]。那达慕多角度、全方位地反映出各个历史时期不同蒙古族居住地区的政治、经济、生产、生活、民俗、宗教等方面的真实面貌[^s1]。&#xA;&#xA;## 传承与保护现状&#xA;&#xA;2006年那达慕列入第一批国家级非物质文化遗产名录后，内蒙古把每年9月6日定为“草原文化遗产保护日”，这是中国第一个以省级政府名义设立的文化遗产日[^s1]。如今的那达慕已超越传统的竞技与娱乐范畴，发展成为融合民俗竞技、文艺展演、文旅交流与民族团结联谊的综合性平台，仍在锡林郭勒、青海海西、新疆和静等地定期举行，受到广泛参与和关注。</body>
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      <title>达德利·赫施巴赫</title>
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        <alias>Dudley R. Herschbach</alias>
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      <summary>达德利·赫施巴赫（Dudley R. Herschbach，1932年6月18日—）是1986 年诺贝尔化学奖得主之一。</summary>
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          <title>Dudley R. Herschbach – Facts</title>
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          <url>https://www.nobelprize.org/prizes/chemistry/1986/herschbach/facts/</url>
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          <title>The Nobel Prize in Chemistry 1986</title>
          <author>The Nobel Foundation</author>
          <url>https://www.nobelprize.org/prizes/chemistry/1986/summary/</url>
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          <title>达德利·赫施巴赫 - 维基百科</title>
          <url>https://zh.wikipedia.org/wiki/%E8%BE%BE%E5%BE%B7%E5%88%A9%C2%B7%E8%B5%AB%E6%96%BD%E5%B7%B4%E8%B5%AB</url>
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      <createdAt>2026-11-01T03:38:01+08:00</createdAt>
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      <body>**达德利·赫施巴赫**（Dudley R. Herschbach，1932年6月18日—）出生于圣何塞（美国）。&#xA;&#xA;## 生平与职业生涯&#xA;&#xA;达德利·赫施巴赫在斯坦福大学和加州大学伯克利分校受教育，1958年获伯克利分校化学博士学位，1959年起任教于哈佛大学，后亦在得州农工大学任研究教授，长期从事物理化学教学与研究[^s3]。&#xA;&#xA;## 主要成就&#xA;&#xA;赫施巴赫与李远哲发展了交叉分子束方法：让两束经过准直的气相反应物在高真空反应腔中交叉碰撞，测量产物分子的散射角度、速度和能量分配，从而在分子水平上详细揭示基元化学反应的动态过程。这一方法把化学反应动力学从宏观速率研究推进到逐次碰撞的微观研究，是他获得诺贝尔奖的核心贡献[^s1][^s3]。&#xA;&#xA;## 获奖&#xA;&#xA;1986 年诺贝尔化学奖由 3 位得主共享，达德利·赫施巴赫占其中 1/3 份，官方获奖理由（官方原文）：“for their contributions concerning the dynamics of chemical elementary processes”[^s1]。获奖时所属机构为 Harvard University，所在地为剑桥（美国）[^s1]。&#xA;&#xA;## 参见&#xA;&#xA;[[work_nobel_prize_1986|1986 年诺贝尔奖]]、[[concept_nobel_prize|诺贝尔奖]]</body>
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      <title>尤金·维格纳</title>
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        <alias>Eugene Paul Wigner</alias>
        <alias>Eugene Wigner</alias>
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      <summary>尤金·维格纳（Eugene Wigner，1902年11月17日—1995年1月1日）是匈牙利裔美国理论物理学家，把群论与对称性原理引入量子力学，1963年获诺贝尔物理学奖。</summary>
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          <title>The Nobel Prize in Physics 1963</title>
          <author>The Nobel Foundation</author>
          <url>https://www.nobelprize.org/prizes/physics/1963/summary/</url>
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          <title>尤金·维格纳（维基百科）</title>
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      <createdAt>2026-11-01T03:38:01+08:00</createdAt>
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      <body>**尤金·维格纳**（Eugene Paul Wigner，1902年11月17日—1995年1月1日）出生于布达佩斯（匈牙利），1995年1月1日在普林斯顿（美国）去世。&#xA;&#xA;## 获奖&#xA;&#xA;1963 年诺贝尔物理学奖由 3 位得主共享，尤金·维格纳占其中 1/2 份，官方获奖理由（官方原文）：“for his contributions to the theory of the atomic nucleus and the elementary particles, particularly through the discovery and application of fundamental symmetry principles”[^s1]。获奖时所属机构为 Princeton University，所在地为普林斯顿（美国）[^s1]。&#xA;&#xA;## 生平与职业生涯&#xA;&#xA;尤金·维格纳生于布达佩斯，原名维格纳·帕尔·耶诺，在柏林工业大学学化学工程，1925年获博士学位；先后在柏林、哥廷根讲学，1930年代赴美，除1936年至1938年在威斯康星大学外，1938年至1971年一直在普林斯顿大学任数学物理教授。[^wiki-person_nobel_78]二战期间他参与曼哈顿计划，协助建立人类第一座核反应堆芝加哥一号堆，并首先发现反应堆中氙-135的毒性。[^wiki-person_nobel_78]&#xA;&#xA;## 主要成就&#xA;&#xA;维格纳与赫尔曼·外尔一起把群论引入物理学：1927年他写下维格纳D矩阵，1931年出版《群论及其在原子光谱量子力学中的应用》，同年证明的维格纳定理成为量子力学数学表述的基石，规定了旋转、平移等对称性在希尔伯特空间中的表示方式。[^wiki-person_nobel_78]他还证明核力是短程的、与核子电荷无关，核子间作用力不论质子还是中子都相同；对称性原理此后成为20世纪下半叶物理学的核心语言。[^wiki-person_nobel_78]&#xA;&#xA;## 参见&#xA;&#xA;[[work_nobel_prize_1963|1963 年诺贝尔奖]]、[[concept_nobel_prize|诺贝尔奖]]</body>
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        <year>1902</year>
        <month>11</month>
        <day>17</day>
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        <display>1902年11月17日</display>
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        <year>1995</year>
        <month>1</month>
        <day>1</day>
        <precision>day</precision>
        <display>1995年1月1日</display>
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        <occupation>理论物理学家</occupation>
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      <title>Juling Shen</title>
      <slug>juling-shen</slug>
      <aliases>
        <alias>巨灵神</alias>
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      <summary>Juling Shen, deity.</summary>
      <status>published</status>
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          <url>https://www.wikidata.org/wiki/Q58347834</url>
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          <title>巨灵神（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E5%B7%A8%E7%81%B5%E7%A5%9E</url>
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      <body>## Appears in&#xA;&#xA;- [[work_cn_q70784|Journey to the West]]</body>
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      <disambiguation>Character in Journey to the West</disambiguation>
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      <title>杨暨</title>
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      <summary>杨暨，三国时期曹魏大臣、禁军军官。</summary>
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          <id>zhwiki</id>
          <title>杨暨（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E6%A5%8A%E6%9A%A8</url>
        </source>
        <source>
          <id>zhwiki-yangzhao</id>
          <title>杨肇（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E6%A5%8A%E8%82%87</url>
        </source>
      </sources>
      <createdAt>2026-10-25T00:00:00+08:00</createdAt>
      <updatedAt>2026-11-02T11:39:07+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>4</revision>
      <body>## 生平&#xA;&#xA;杨暨，字休先，荥阳人，曹魏大臣，官至中领军，掌禁军。《三国志》卷二十六附见其事；其子杨肇为西晋荆州刺史、折冲将军。[^zhwiki-yangzhao]&#xA;&#xA;## 基本信息&#xA;&#xA;- 简介：三国时期曹魏大臣、禁军军官[^wikidata]&#xA;- 所属朝代或国家：曹魏[^wikidata]&#xA;&#xA;## 演义及游戏中的形象&#xA;&#xA;- [[person_cn_q124513142|杨暨]]（《三国演义》人物）&#xA;&#xA;## 生平补述&#xA;&#xA;杨暨字休先，荥阳人，曹魏大臣。《三国志》无其独立列传，事迹附见各篇：他官至中领军，掌管禁军，是曹魏后期禁军系统的重要人物；其子杨肇为西晋荆州刺史、折冲将军。[^zhwiki]</body>
      <url>/people/yang-ji.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations>
        <occupation>政治人物</occupation>
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      <personCategory>历史人物</personCategory>
      <creators></creators>
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      <title>龙·何赛</title>
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      <aliases>
        <alias>リュウ・ホセイ</alias>
        <alias>Ryu Jose</alias>
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      <previousSlugs></previousSlugs>
      <summary>龙·何赛是《机动战士高达》中白色木马的乘组员，体格魁梧、性格豪爽，是少年乘组员们的兄长角色，在战斗中为保护阿姆罗而牺牲。</summary>
      <status>published</status>
      <categories>
        <category>category-fictional-characters</category>
        <category>category-acg</category>
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      <tags>
        <tag>tag-gundam</tag>
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      <sources>
        <source>
          <id>s1</id>
          <title>STAFF &amp; CAST｜GUNDAM Official Website</title>
          <url>https://gundam-official.com/series/mobile-suit-gundam-movie-i/staff-cast</url>
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        <source>
          <id>s2</id>
          <title>機動戦士ガンダム - Wikipedia</title>
          <url>https://ja.wikipedia.org/wiki/%E6%A9%9F%E5%8B%95%E6%88%A6%E5%A3%AB%E3%82%AC%E3%83%B3%E3%83%80%E3%83%A0</url>
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      <createdAt>2026-10-31T02:20:00+08:00</createdAt>
      <updatedAt>2026-11-02T11:38:38+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>2</revision>
      <body>龙·何赛是[[work_mobile_suit_gundam|机动战士高达]]中白色木马的乘组员，原为 SIDE 7 联邦军测试驾驶员训练生。他体格魁梧、性格豪爽，在正规军人大量损失的舰上承担驾驶与维护工作，是[[person_amuro_ray|阿姆罗·雷]]等少年乘组员的兄长角色，也曾亲自驾驶核心战斗机掩护白色木马。&#xA;&#xA;在与兰巴·拉尔队的交战中，他为保护阿姆罗而战死。声优为饭冢昭三。&#xA;&#xA;## 舰上的兄长角色&#xA;&#xA;龙·何赛是白色木马舰上年长的乘组员之一，体格魁梧、性格豪爽，在正规军人大量损失后承担驾驶与维护工作，常以兄长身份照顾阿姆罗·雷等少年乘组员。他在与兰巴·拉尔队交战中为保护阿姆罗而战死，其死成为阿姆罗成长过程中的重要转折。[^s2]</body>
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      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
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        <occupation>驾驶员</occupation>
        <occupation>乘组员</occupation>
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      <disambiguation>《机动战士高达》角色</disambiguation>
      <isFictional>true</isFictional>
      <personCategory>fictional_character</personCategory>
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      <rankingEntries></rankingEntries>
      <id>person_cn_q836164</id>
      <type>person</type>
      <title>Liu Tang</title>
      <slug>liu-tang</slug>
      <aliases>
        <alias>刘唐</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Liu Tang, Water Margin character.</summary>
      <status>published</status>
      <categories>
        <category>category-literature</category>
        <category>category-people</category>
        <category>category-fictional-characters</category>
      </categories>
      <tags>
        <tag>tag-fictional-character</tag>
        <tag>tag-classics</tag>
        <tag>tag-four-great-classics</tag>
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      <sources>
        <source>
          <id>wikidata</id>
          <title>Wikidata Q836164</title>
          <url>https://www.wikidata.org/wiki/Q836164</url>
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        <source>
          <id>zhwiki</id>
          <title>刘唐（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E5%88%98%E5%94%90</url>
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      <createdAt>2026-10-25T00:00:00+08:00</createdAt>
      <updatedAt>2026-10-29T17:09:47+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>6</revision>
      <body>## Appears in&#xA;&#xA;- [[work_cn_q70827|Water Margin]]</body>
      <url>/people/liu-tang.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <availableLangs>
        <lang>zh</lang>
        <lang>en</lang>
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      <occupations></occupations>
      <disambiguation>Character in Water Margin</disambiguation>
      <isFictional>true</isFictional>
      <personCategory>literary character</personCategory>
      <creators></creators>
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      <id>person_cn_q5971588</id>
      <type>person</type>
      <title>Kong Liang</title>
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      <aliases>
        <alias>孔亮</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Kong Liang, Water Margin character.</summary>
      <status>published</status>
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        <category>category-literature</category>
        <category>category-people</category>
        <category>category-fictional-characters</category>
      </categories>
      <tags>
        <tag>tag-fictional-character</tag>
        <tag>tag-classics</tag>
        <tag>tag-four-great-classics</tag>
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      <sources>
        <source>
          <id>wikidata</id>
          <title>Wikidata Q5971588</title>
          <url>https://www.wikidata.org/wiki/Q5971588</url>
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        <source>
          <id>zhwiki</id>
          <title>孔亮（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E5%AD%94%E4%BA%AE</url>
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      <createdAt>2026-10-25T00:00:00+08:00</createdAt>
      <updatedAt>2026-10-29T17:10:53+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>6</revision>
      <body>## Appears in&#xA;&#xA;- [[work_cn_q70827|Water Margin]]</body>
      <url>/people/kong-liang.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <availableLangs>
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        <lang>en</lang>
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      <occupations></occupations>
      <disambiguation>Character in Water Margin</disambiguation>
      <isFictional>true</isFictional>
      <personCategory>literary character</personCategory>
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      <type>person</type>
      <title>Sun Liang</title>
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      <aliases>
        <alias>孙亮</alias>
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      <previousSlugs></previousSlugs>
      <summary>Sun Liang (243 – 260), Eastern Wu emperor from 252 to 258.</summary>
      <status>published</status>
      <categories>
        <category>category-history</category>
        <category>category-people</category>
        <category>category-historical-figures</category>
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      <tags>
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        <source>
          <id>wikidata</id>
          <title>Wikidata Q470034</title>
          <url>https://www.wikidata.org/wiki/Q470034</url>
        </source>
        <source>
          <id>zhwiki</id>
          <title>孙亮（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E5%AD%AB%E4%BA%AE</url>
        </source>
        <source>
          <id>zhengshi</id>
          <title>三国志/卷48（维基文库）</title>
          <url>https://zh.wikisource.org/wiki/%E4%B8%89%E5%9C%8B%E5%BF%97/%E5%8D%B748</url>
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      </sources>
      <createdAt>2026-10-25T00:00:00+08:00</createdAt>
      <updatedAt>2026-10-29T16:38:01+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>5</revision>
      <body>## Official history&#xA;&#xA;&gt; 孫亮孫休孫皓&#xA;&#xA;— 三国志/卷48[^zhengshi]&#xA;&#xA;## Basic facts&#xA;&#xA;- Born: 243[^wikidata]&#xA;- Died: 260[^wikidata]&#xA;&#xA;## Portrayals&#xA;&#xA;- [[person_cn_q124625729|Sun Liang]] (character in The Romance of the Three Kingdoms)</body>
      <url>/people/sun-liang.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <availableLangs>
        <lang>zh</lang>
        <lang>en</lang>
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      <birth>
        <year>243</year>
        <display>243</display>
      </birth>
      <death>
        <year>260</year>
        <display>260</display>
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      <occupations></occupations>
      <personCategory>historical figure</personCategory>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>person_hnlib_a90d98ea2b24</id>
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      <title>王卯卯</title>
      <slug>wang-mao-mao</slug>
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      <previousSlugs>
        <slug>hnlib-author-wang-mao-mao</slug>
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      <summary>王卯卯是中国漫画家，兔斯基形象的创作者。</summary>
      <status>published</status>
      <categories>
        <category>category-literature</category>
        <category>category-people</category>
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      <tags></tags>
      <sources>
        <source>
          <id>online-378</id>
          <title>最好的你，在路上</title>
          <url>https://reader.hnlib.com/Recommend/Detail/378</url>
          <locator>海宁市图书馆推荐书目记录：作者署名</locator>
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        <source>
          <id>zhwiki</id>
          <title>王卯卯（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E7%8E%8B%E5%8D%AF%E5%8D%AF</url>
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      </sources>
      <createdAt>2026-11-01T03:32:18+08:00</createdAt>
      <updatedAt>2026-11-02T11:33:20+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>5</revision>
      <body>**王卯卯**是中国漫画家，兔斯基形象的创作者[^zhwiki]。&#xA;&#xA;## 主要作品&#xA;&#xA;兔斯基是一只以夸张表情见长的兔子表情形象，2006年前后在网络上流行，成为早期中文网络表情的代表之一；《最好的你，在路上》是其图文随笔集[^zhwiki]。&#xA;&#xA;王卯卯是《[[work_hnlib_5ab2afd2b1a7|最好的你，在路上]]》[^online-378]的作者。</body>
      <url>/people/wang-mao-mao.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations>
        <occupation>作者</occupation>
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      <personCategory>作者</personCategory>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>person_hnlib_b3d47ae88215</id>
      <type>person</type>
      <title>Osamu Dazai</title>
      <slug>osamu-dazai</slug>
      <aliases>
        <alias>Osamu Dazai</alias>
      </aliases>
      <previousSlugs>
        <slug>hnlib-author-tai-zai-zhi</slug>
      </previousSlugs>
      <summary>Osamu Dazai (1909–1948) was a writer and novelist from Japan and the author of No Longer Human.</summary>
      <status>published</status>
      <categories>
        <category>category-literature</category>
        <category>category-people</category>
      </categories>
      <tags></tags>
      <sources>
        <source>
          <id>online-209</id>
          <title>人间失格</title>
          <url>https://reader.hnlib.com/Recommend/Detail/209</url>
          <locator>海宁市图书馆推荐书目记录：作者署名</locator>
        </source>
        <source>
          <id>wikidata</id>
          <title>Wikidata Q317685</title>
          <url>https://www.wikidata.org/wiki/Q317685</url>
          <locator>P569 出生日期；P570 去世日期；P19 出生地；P106 职业；P27 国籍；P1477 本名；P800 代表作</locator>
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      </sources>
      <createdAt>2026-11-02T10:00:22+08:00</createdAt>
      <updatedAt>2026-11-02T10:00:22+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>7</revision>
      <body>Born on June 19, 1909, in Kanagi, and died on June 13, 1948. Osamu Dazai was a writer and novelist from Japan. The birth name is 津岛 修治. [^wikidata]&#xA;&#xA;Wrote [[work_hnlib_f6389649ce11|No Longer Human]][^online-209]. Other notable works include The Setting Sun, Run, Melos!, and Otogi-zôshi. [^wikidata]</body>
      <url>/people/osamu-dazai.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <availableLangs>
        <lang>zh</lang>
        <lang>en</lang>
      </availableLangs>
      <birth>
        <year>1909</year>
        <month>6</month>
        <day>19</day>
        <precision>day</precision>
        <display>June 19, 1909</display>
      </birth>
      <death>
        <year>1948</year>
        <month>6</month>
        <day>13</day>
        <precision>day</precision>
        <display>June 13, 1948</display>
      </death>
      <occupations>
        <occupation>writer</occupation>
        <occupation>novelist</occupation>
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      <personCategory>author</personCategory>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>person_nobel_76</id>
      <type>person</type>
      <title>鲁道夫·穆斯堡尔</title>
      <slug>rudolf-mossbauer</slug>
      <aliases>
        <alias>Rudolf Ludwig Mössbauer</alias>
        <alias>Rudolf Mössbauer</alias>
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      <previousSlugs></previousSlugs>
      <summary>鲁道夫·穆斯堡尔（Rudolf Mössbauer，1929年1月31日—2011年9月14日）是德国物理学家，1961 年诺贝尔物理学奖得主之一。</summary>
      <status>published</status>
      <categories>
        <category>category-awards</category>
        <category>category-people</category>
      </categories>
      <tags>
        <tag>tag-nobel-prize</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>Rudolf Mössbauer – Facts</title>
          <author>The Nobel Foundation</author>
          <url>https://www.nobelprize.org/prizes/physics/1961/mossbauer/facts/</url>
        </source>
        <source>
          <id>s2</id>
          <title>The Nobel Prize in Physics 1961</title>
          <author>The Nobel Foundation</author>
          <url>https://www.nobelprize.org/prizes/physics/1961/summary/</url>
        </source>
      </sources>
      <createdAt>2026-11-01T03:38:01+08:00</createdAt>
      <updatedAt>2026-11-02T11:32:06+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>4</revision>
      <body>**鲁道夫·穆斯堡尔**（Rudolf Ludwig Mössbauer，1929年1月31日—2011年9月14日）出生于慕尼黑（德国），2011年9月14日去世。&#xA;&#xA;## 获奖&#xA;&#xA;1961 年诺贝尔物理学奖由 2 位得主共享，鲁道夫·穆斯堡尔占其中 1/2 份，官方获奖理由（官方原文）：“for his researches concerning the resonance absorption of gamma radiation and his discovery in this connection of the effect which bears his name”[^s1]。获奖时所属机构为 Technical University，所在地为慕尼黑（德国）[^s1]。&#xA;&#xA;## 生平与贡献&#xA;&#xA;鲁道夫·穆斯堡尔是德国物理学家。1958 年，他发现当原子核被束缚在固体晶格中时，γ 射线可以无反冲地发射与吸收——即穆斯堡尔效应，从而获得了能量分辨率极高的 γ 射线源；这一效应成为探测固体中原子核环境与超精细相互作用的灵敏工具，并为验证广义相对论的引力红移实验提供了手段[^s1][^s2]。1961 年诺贝尔物理学奖由他与罗伯特·霍夫施塔特共享[^s2]。&#xA;&#xA;## 参见&#xA;&#xA;[[work_nobel_prize_1961|1961 年诺贝尔奖]]、[[concept_nobel_prize|诺贝尔奖]]</body>
      <url>/people/rudolf-mossbauer.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
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      </availableLangs>
      <birth>
        <year>1929</year>
        <month>1</month>
        <day>31</day>
        <precision>day</precision>
        <display>1929年1月31日</display>
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      <death>
        <year>2011</year>
        <month>9</month>
        <day>14</day>
        <precision>day</precision>
        <display>2011年9月14日</display>
      </death>
      <occupations>
        <occupation>物理学家</occupation>
      </occupations>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>person_nobel_320</id>
      <type>person</type>
      <title>弗雷德里克·霍普金斯</title>
      <slug>frederick-hopkins</slug>
      <aliases>
        <alias>Sir Frederick Gowland Hopkins</alias>
        <alias>Sir Frederick Hopkins</alias>
      </aliases>
      <previousSlugs>
        <slug>sir-frederick-hopkins</slug>
      </previousSlugs>
      <summary>弗雷德里克·霍普金斯（Sir Frederick Hopkins，1861年6月20日—1947年5月16日）是英国生物化学家，1929 年诺贝尔生理学或医学奖得主之一。</summary>
      <status>published</status>
      <categories>
        <category>category-awards</category>
        <category>category-people</category>
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      <tags>
        <tag>tag-nobel-prize</tag>
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      <sources>
        <source>
          <id>s1</id>
          <title>Sir Frederick Hopkins – Facts</title>
          <author>The Nobel Foundation</author>
          <url>https://www.nobelprize.org/prizes/medicine/1929/hopkins/facts/</url>
        </source>
        <source>
          <id>s2</id>
          <title>The Nobel Prize in Physiology or Medicine 1929</title>
          <author>The Nobel Foundation</author>
          <url>https://www.nobelprize.org/prizes/medicine/1929/summary/</url>
        </source>
      </sources>
      <createdAt>2026-11-01T03:38:01+08:00</createdAt>
      <updatedAt>2026-11-02T11:29:47+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>5</revision>
      <body>**弗雷德里克·霍普金斯**（Sir Frederick Gowland Hopkins，1861年6月20日—1947年5月16日）出生于伊斯特本（英国），1947年5月16日在剑桥（英国）去世。&#xA;&#xA;## 获奖&#xA;&#xA;1929 年诺贝尔生理学或医学奖由 2 位得主共享，弗雷德里克·霍普金斯占其中 1/2 份，官方获奖理由（官方原文）：“for his discovery of the growth-stimulating vitamins”[^s1]。获奖时所属机构为 University of Cambridge，所在地为剑桥（英国）[^s1]。&#xA;&#xA;## 生平与贡献&#xA;&#xA;弗雷德里克·霍普金斯是英国生物化学家，生物化学学科的奠基人之一。他发现了必需氨基酸色氨酸，分离出抗氧化肽谷胱甘肽，并提出食物中除蛋白质、脂肪、碳水化合物与矿物质之外，还含有维持生长与健康所必需的微量“辅助食品因子”——即后来的维生素；他与克里斯蒂安·艾克曼因“发现维生素”共享 1929 年诺贝尔生理学或医学奖[^s1][^s2]。&#xA;&#xA;## 参见&#xA;&#xA;[[work_nobel_prize_1929|1929 年诺贝尔奖]]、[[concept_nobel_prize|诺贝尔奖]]</body>
      <url>/people/frederick-hopkins.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <birth>
        <year>1861</year>
        <month>6</month>
        <day>20</day>
        <precision>day</precision>
        <display>1861年6月20日</display>
      </birth>
      <death>
        <year>1947</year>
        <month>5</month>
        <day>16</day>
        <precision>day</precision>
        <display>1947年5月16日</display>
      </death>
      <occupations>
        <occupation>生物化学家</occupation>
      </occupations>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>person_cn_q17039726</id>
      <type>person</type>
      <title>Jia Yuan</title>
      <slug>jia-yuan</slug>
      <aliases>
        <alias>贾源</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Jia Yuan, Dream of the Red Chamber character.</summary>
      <status>published</status>
      <categories>
        <category>category-literature</category>
        <category>category-people</category>
        <category>category-fictional-characters</category>
      </categories>
      <tags>
        <tag>tag-fictional-character</tag>
        <tag>tag-classics</tag>
        <tag>tag-four-great-classics</tag>
      </tags>
      <sources>
        <source>
          <id>wikidata</id>
          <title>Wikidata Q17039726</title>
          <url>https://www.wikidata.org/wiki/Q17039726</url>
        </source>
        <source>
          <id>zhwiki</id>
          <title>贾源（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E8%B4%BE%E6%BA%90</url>
        </source>
      </sources>
      <createdAt>2026-10-25T00:00:00+08:00</createdAt>
      <updatedAt>2026-10-29T16:42:31+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>5</revision>
      <body>## Appears in&#xA;&#xA;- [[work_cn_q8265|Dream of the Red Chamber]]</body>
      <url>/people/jia-yuan.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <availableLangs>
        <lang>zh</lang>
        <lang>en</lang>
      </availableLangs>
      <occupations></occupations>
      <disambiguation>Character in Dream of the Red Chamber</disambiguation>
      <isFictional>true</isFictional>
      <personCategory>literary character</personCategory>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>person_nobel_874</id>
      <type>person</type>
      <title>约翰·格登</title>
      <slug>john-b-gurdon</slug>
      <aliases>
        <alias>Sir John B. Gurdon</alias>
      </aliases>
      <previousSlugs>
        <slug>sir-john-b-gurdon</slug>
      </previousSlugs>
      <summary>约翰·格登（Sir John B. Gurdon，1933年10月2日—2025年10月7日）是英国发育生物学家，2012 年诺贝尔生理学或医学奖得主之一。</summary>
      <status>published</status>
      <categories>
        <category>category-awards</category>
        <category>category-people</category>
      </categories>
      <tags>
        <tag>tag-nobel-prize</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>Sir John B. Gurdon – Facts</title>
          <author>The Nobel Foundation</author>
          <url>https://www.nobelprize.org/prizes/medicine/2012/gurdon/facts/</url>
        </source>
        <source>
          <id>s2</id>
          <title>The Nobel Prize in Physiology or Medicine 2012</title>
          <author>The Nobel Foundation</author>
          <url>https://www.nobelprize.org/prizes/medicine/2012/summary/</url>
        </source>
      </sources>
      <createdAt>2026-11-01T03:38:01+08:00</createdAt>
      <updatedAt>2026-11-02T11:29:15+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>5</revision>
      <body>**约翰·格登**（Sir John B. Gurdon，1933年10月2日—2025年10月7日）出生于英国，2025年10月7日去世。&#xA;&#xA;## 获奖&#xA;&#xA;2012 年诺贝尔生理学或医学奖由 2 位得主共享，约翰·格登占其中 1/2 份，官方获奖理由（官方原文）：“for the discovery that mature cells can be reprogrammed to become pluripotent”[^s1]。获奖时所属机构为 Gurdon Institute，所在地为剑桥（英国）[^s1]。&#xA;&#xA;## 生平与贡献&#xA;&#xA;约翰·格登是英国发育生物学家。他在 20 世纪 60 年代用非洲爪蟾实验证明：已分化的体细胞核移植到去核卵细胞中，仍能发育为完整的个体，从而证明体细胞基因组保留了发育所需的全部遗传信息，细胞分化并非基因的不可逆丢失；这一“核移植”工作是体细胞重编程与克隆技术的先声[^s1][^s2]。2012 年诺贝尔生理学或医学奖由他与山中伸弥共享[^s2]。&#xA;&#xA;## 参见&#xA;&#xA;[[work_nobel_prize_2012|2012 年诺贝尔奖]]、[[concept_nobel_prize|诺贝尔奖]]</body>
      <url>/people/john-b-gurdon.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <birth>
        <year>1933</year>
        <month>10</month>
        <day>2</day>
        <precision>day</precision>
        <display>1933年10月2日</display>
      </birth>
      <death>
        <year>2025</year>
        <month>10</month>
        <day>7</day>
        <precision>day</precision>
        <display>2025年10月7日</display>
      </death>
      <occupations>
        <occupation>发育生物学家</occupation>
      </occupations>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>person_han_xu</id>
      <type>person</type>
      <title>Han Xu</title>
      <slug>han-xu</slug>
      <aliases></aliases>
      <previousSlugs></previousSlugs>
      <summary>Han Xu is the founder and chief executive officer of WeRide and an expert in computer vision and machine learning. He was previously chief scientist of Baidu&#39;s autonomous driving division and a tenured professor at the University of Missouri, and holds a PhD from the University of Illinois.</summary>
      <status>published</status>
      <categories>
        <category>category-people</category>
      </categories>
      <tags>
        <tag>tag-autonomous-driving</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>WeRide · About us (management team)</title>
          <author>文远知行</author>
          <url>https://www.weride.ai/zh/about</url>
          <locator>管理团队：韩旭</locator>
        </source>
        <source>
          <id>s2</id>
          <title>World&#39;s first Robotaxi stock listed in Hong Kong: WeRide lists on HKEX (WeRide IR)</title>
          <author>文远知行投资者关系</author>
          <date>2025-11-06</date>
          <url>https://ir.weride.ai/zh-hant/news-releases/news-release-details/weride-lists-hong-kong-stock-exchange-becoming-worlds-first</url>
        </source>
      </sources>
      <createdAt>2026-11-01T00:21:30+08:00</createdAt>
      <updatedAt>2026-11-01T00:21:30+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>4</revision>
      <body>## Overview&#xA;&#xA;Dr. Han Xu is the founder and chief executive officer of WeRide and an internationally recognised expert in computer vision and machine learning, and a pioneer in autonomous driving research and deployment.&#xA;&#xA;## Career&#xA;&#xA;He was a tenured professor at the University of Missouri and director of its computer and machine learning laboratory, and later served as chief scientist of Baidu&#39;s autonomous driving division. He founded WeRide in 2017 and has been founder and CEO since. He holds a PhD from the University of Illinois.&#xA;&#xA;## Related entries&#xA;&#xA;[[organization_weride|WeRide]], [[organization_baidu|Baidu]]</body>
      <url>/people/han-xu.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <availableLangs>
        <lang>zh</lang>
        <lang>en</lang>
      </availableLangs>
      <occupations>
        <occupation>计算机科学家</occupation>
        <occupation>企业家</occupation>
      </occupations>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>person_cn_q15954441</id>
      <type>person</type>
      <title>Yan Poxi</title>
      <slug>yan-poxi</slug>
      <aliases>
        <alias>阎婆惜</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Yan Poxi, Water Margin character.</summary>
      <status>published</status>
      <categories>
        <category>category-literature</category>
        <category>category-people</category>
        <category>category-fictional-characters</category>
      </categories>
      <tags>
        <tag>tag-fictional-character</tag>
        <tag>tag-classics</tag>
        <tag>tag-four-great-classics</tag>
      </tags>
      <sources>
        <source>
          <id>wikidata</id>
          <title>Wikidata Q15954441</title>
          <url>https://www.wikidata.org/wiki/Q15954441</url>
        </source>
        <source>
          <id>zhwiki</id>
          <title>阎婆惜（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E9%98%8E%E5%A9%86%E6%83%9C</url>
        </source>
      </sources>
      <createdAt>2026-10-25T00:00:00+08:00</createdAt>
      <updatedAt>2026-10-29T16:43:13+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>5</revision>
      <body>## Appears in&#xA;&#xA;- [[work_cn_q70827|Water Margin]]</body>
      <url>/people/yan-poxi.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <availableLangs>
        <lang>zh</lang>
        <lang>en</lang>
      </availableLangs>
      <occupations></occupations>
      <disambiguation>Character in Water Margin</disambiguation>
      <isFictional>true</isFictional>
      <personCategory>literary character</personCategory>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>person_cn_q10567374</id>
      <type>person</type>
      <title>Lingguan</title>
      <slug>ling-guan</slug>
      <aliases>
        <alias>龄官</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Lingguan is a character in Dream of the Red Chamber, one of the twelve girl actresses in the Jia family&#39;s private Kunqu troupe, and the one given the most space among those twelve. She is the best singer, headstrong, and close to Jia Qiang, and the scene of her writing the character for Qiang is a classic episode of the novel.</summary>
      <status>published</status>
      <categories>
        <category>category-literature</category>
        <category>category-people</category>
        <category>category-fictional-characters</category>
      </categories>
      <tags>
        <tag>tag-fictional-character</tag>
        <tag>tag-classics</tag>
        <tag>tag-four-great-classics</tag>
      </tags>
      <sources>
        <source>
          <id>wikidata</id>
          <title>Wikidata Q10567374</title>
          <url>https://www.wikidata.org/wiki/Q10567374</url>
        </source>
        <source>
          <id>zhwiki</id>
          <title>龄官（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E9%BE%84%E5%AE%98</url>
        </source>
      </sources>
      <createdAt>2026-10-25T00:00:00+08:00</createdAt>
      <updatedAt>2026-10-29T17:20:38+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>8</revision>
      <body>Lingguan is a character in the Qing novel Dream of the Red Chamber, one of the twelve girl actresses of the Jia family&#39;s private Kunqu troupe, and the one given the most space among the twelve officials of the troupe. Wikidata and Chinese Wikipedia both name her Lingguan, with the variant 齡官, and the novel gives her no other name, so the title is unchanged.[^wikidata][^zhwiki]&#xA;&#xA;## In the troupe&#xA;&#xA;Wikidata records her occupation as actor and her residence as Lixiang Yuan, a courtyard of the Rongguo house. In the article&#39;s account, when the Jia household built the Grand View Garden, Jia Qiang was sent to Suzhou and bought twelve girls, who lived in Lixiang Yuan and formed a household troupe. Lingguan was the best singer of the twelve. When the Imperial Consort visited her family she chose four plays, particularly admired Lingguan, let her choose two more, and gave rewards. She later summoned Lingguan to perform in the palace.[^wikidata][^zhwiki]&#xA;&#xA;## Temperament&#xA;&#xA;The article stresses her strong character. When extra plays were added for the visit, Jia Qiang, who managed the troupe, had her perform the scenes Strolling in the Garden and Waking from the Dream, but she insisted on the pieces of her own line, A Meeting by Appointment and A Quarrel. When the consort summoned the troupe to the palace she did not sing, saying her voice was hoarse. When Jia Baoyu came wanting to hear her sing a piece from The Peony Pavilion, the other actresses smiled and gave him a seat, but when he sat beside Lingguan she rose and moved away and refused him sternly, a rare snub for him. Jia Qiang spent one tael and eight mace of silver on a bird to cheer her up, and she rebuked him, saying she was like a caged bird without freedom, and called the Jia house a pit of confinement. Seen through Baoyu&#39;s eyes, she is slight, with a sorrowful look about the brows, graceful and &#34;very much like Lin Daiyu&#34;.[^zhwiki]&#xA;&#xA;## With Jia Qiang&#xA;&#xA;Lingguan was close to Jia Qiang. The article tells how, under the scorching sun of the fifth month, she crouched beneath a rose trellis, weeping and writing the character for &#34;Qiang&#34; over and over on the ground with a hairpin. The scene touched the watching Baoyu and showed him that not every girl&#39;s heart is set on him alone.[^zhwiki]&#xA;&#xA;## The troupe disbanded&#xA;&#xA;When the Imperial Dowager Consort died, performances were banned across the country for a year, and the Jia house disbanded the troupe. Some of the twelve stayed and some were taken home by their parents. The article notes that Lingguan&#39;s name is not among those who stayed.[^zhwiki]&#xA;&#xA;## Assessment&#xA;&#xA;According to the article, the Zhiyan zhai commentary disliked her insistence on performing her own role and called her affected and bossy. Later readers are mostly positive. Yu Pingbo, for example, summed her up as stubborn, obstinate, devoted and eccentric, and praised her strong resistance despite her low rank. The episode of her writing the character for Qiang was once included in a Beijing senior high school Chinese textbook, and the writer Wang Meng praised it as written like a modern Western short story.[^zhwiki]&#xA;&#xA;## Basic facts&#xA;&#xA;- Form of address: Lingguan, also written 齡官[^wikidata]&#xA;- Occupation: actor, an actress of the Jia family troupe[^wikidata][^zhwiki]&#xA;- Residence: Lixiang Yuan[^wikidata]&#xA;- Setting recorded on this entry: the Reigning Dynasty of the novel[^wikidata]&#xA;- Appears in: [[work_cn_q8265|Dream of the Red Chamber]]</body>
      <url>/people/ling-guan.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <availableLangs>
        <lang>zh</lang>
        <lang>en</lang>
      </availableLangs>
      <occupations></occupations>
      <disambiguation>Character in Dream of the Red Chamber</disambiguation>
      <isFictional>true</isFictional>
      <personCategory>literary character</personCategory>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>person_cn_q373633</id>
      <type>person</type>
      <title>Stanislas Julien</title>
      <slug>stanislas-julien</slug>
      <aliases>
        <alias>儒莲</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>Stanislas Julien (20 September 1799 – 14 February 1873), French sinologist (1799-1873).</summary>
      <status>published</status>
      <categories>
        <category>category-history</category>
        <category>category-people</category>
        <category>category-historical-figures</category>
      </categories>
      <tags>
        <tag>tag-ancient-china</tag>
      </tags>
      <sources>
        <source>
          <id>wikidata</id>
          <title>Wikidata Q373633</title>
          <url>https://www.wikidata.org/wiki/Q373633</url>
        </source>
        <source>
          <id>zhwiki</id>
          <title>儒莲（维基百科）</title>
          <url>https://zh.wikipedia.org/wiki/%E5%84%92%E8%8E%B2</url>
        </source>
      </sources>
      <createdAt>2026-10-25T00:00:00+08:00</createdAt>
      <updatedAt>2026-10-29T17:11:32+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>7</revision>
      <body>## Basic facts&#xA;&#xA;- Born: 20 September 1799[^wikidata]&#xA;- Died: 14 February 1873[^wikidata]</body>
      <url>/people/stanislas-julien.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <availableLangs>
        <lang>zh</lang>
        <lang>en</lang>
      </availableLangs>
      <birth>
        <year>1799</year>
        <month>9</month>
        <day>20</day>
        <display>20 September 1799</display>
      </birth>
      <death>
        <year>1873</year>
        <month>2</month>
        <day>14</day>
        <display>14 February 1873</display>
      </death>
      <occupations></occupations>
      <personCategory>historical figure</personCategory>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>person_douban_6c11fa034a2a</id>
      <type>person</type>
      <title>凯文·莱恩·凯勒</title>
      <slug>kevin-lane-keller</slug>
      <aliases></aliases>
      <previousSlugs>
        <slug>douban-author-kai-wen-lai-en-kai-lei</slug>
      </previousSlugs>
      <summary>凯文·莱恩·凯勒，拥有康奈尔大学数学与经济学学士学位、卡内基-梅隆大学管理工程硕士学位及杜克大学营销学博士学位,曾执教于加州大学伯克利分校、北卡罗来纳大学等高校 。早年先后在卡内基-梅隆大学、杜克大学完成管理工程与营销学深造,后于多所顶尖商学院从事教学工作。</summary>
      <status>published</status>
      <categories>
        <category>category-literature</category>
        <category>category-people</category>
      </categories>
      <tags></tags>
      <sources>
        <source>
          <id>online</id>
          <title>凯文·莱恩·凯勒</title>
          <url>https://baike.baidu.com/view/1330842.htm?forcehttps=1?fr=kg_hanyu</url>
        </source>
      </sources>
      <createdAt>2026-11-01T01:09:27+08:00</createdAt>
      <updatedAt>2026-11-02T10:03:38+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>5</revision>
      <body>## 生平与创作&#xA;&#xA;拥有康奈尔大学数学与经济学学士学位、卡内基-梅隆大学管理工程硕士学位及杜克大学营销学博士学位,曾执教于加州大学伯克利分校、北卡罗来纳大学等高校 。早年先后在卡内基-梅隆大学、杜克大学完成管理工程与营销学深造,后于多所顶尖商学院从事教学工作。1993年发表的《基于顾客的品牌资产》论文首创CBBE理论,奠定其在品牌管理领域的学术地位 。与菲利普·科特勒合著《营销管理》第16版,提出营销需结合定量分析与创新思维 。其著作《战略品牌管理》系统构建品牌资产创建、评估及管理体系,被全球商学院列为核心教材 。[^online]</body>
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      <previousSlugs>
        <slug>hnlib-author-nv-gu-xi-jue</slug>
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      <status>published</status>
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        <category>category-people</category>
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      <tags></tags>
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          <id>online-462</id>
          <title>何所冬暖，何所夏凉</title>
          <url>https://reader.hnlib.com/Recommend/Detail/462</url>
          <locator>海宁市图书馆推荐书目记录：作者署名</locator>
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          <url>https://reader.hnlib.com/Recommend/Detail/438</url>
          <locator>海宁市图书馆推荐书目记录：作者署名</locator>
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      <updatedAt>2026-11-02T09:59:02+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>5</revision>
      <body>顾西爵是《[[work_hnlib_23e1f100541c|何所冬暖，何所夏凉]]》[^online-462]和《[[work_hnlib_850383832c5a|对的时间对的人]]》[^online-438]的作者。</body>
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      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations>
        <occupation>作者</occupation>
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      <personCategory>作者</personCategory>
      <creators></creators>
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      <type>work</type>
      <title>IEEE Std P3333.1.4/D1.1, Jul 2022</title>
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      <aliases>
        <alias>P3333.1.4/D1.1, Jul 2022</alias>
        <alias>P3333.1.4/D1.1, Jul 2022 - IEEE Draft Recommended Practice for the Quality Assessment of Light Field Imaging</alias>
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      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3333.1.4/D1.1, Jul 2022 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for the Quality Assessment of Light Field Imaging”；公开目录标为非现行（Inactive），著录年份为 2022 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
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      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3333.1.4/D1.1, Jul 2022 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9845368</url>
          <locator>standard_number=P3333.1.4/D1.1, Jul 2022; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
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      <createdAt>2026-11-01T22:30:53+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:53+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3333.1.4/D1.1, Jul 2022**（IEEE Draft Recommended Practice for the Quality Assessment of Light Field Imaging）是[[organization_ieee|电气电子工程师学会]]于 2022 年 7 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Photonics and Electrooptics[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3333-1-4-d1-1-jul-2022.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2022</year>
        <precision>year</precision>
        <display>2022年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p656_d6_sept_2017</id>
      <type>work</type>
      <title>IEEE Std P656/D6, Sept 2017</title>
      <slug>ieee-std-p656-d6-sept-2017</slug>
      <aliases>
        <alias>P656/D6, Sept 2017</alias>
        <alias>P656/D6, Sept 2017 - IEEE Draft Standard for the Measurement of Audible Noise from Overhead Transmission Lines</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P656/D6, Sept 2017 是电气电子工程师学会的草案，题为“IEEE Draft Standard for the Measurement of Audible Noise from Overhead Transmission Lines”；公开目录标为非现行（Inactive），著录年份为 2017 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P656/D6, Sept 2017 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=8071173</url>
          <locator>standard_number=P656/D6, Sept 2017; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:30:13+08:00</createdAt>
      <updatedAt>2026-11-01T22:30:13+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P656/D6, Sept 2017**（IEEE Draft Standard for the Measurement of Audible Noise from Overhead Transmission Lines）是[[organization_ieee|电气电子工程师学会]]于 2017 年 9 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Power, Energy and Industry Applications、Signal Processing and Analysis[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p656-d6-sept-2017.html</url>
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      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
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        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2017</year>
        <precision>year</precision>
        <display>2017年</display>
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      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p32430_cd_sept_2022</id>
      <type>work</type>
      <title>IEEE Std P32430/CD, Sept 2022</title>
      <slug>ieee-std-p32430-cd-sept-2022</slug>
      <aliases>
        <alias>P32430/CD, Sept 2022</alias>
        <alias>P32430/CD, Sept 2022 - IEEE Draft Standard for Software Non-Functional Sizing Measurements</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P32430/CD, Sept 2022 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Software Non-Functional Sizing Measurements”；公开目录标为非现行（Inactive），著录年份为 2022 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P32430/CD, Sept 2022 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9900278</url>
          <locator>standard_number=P32430/CD, Sept 2022; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <createdAt>2026-11-01T22:29:55+08:00</createdAt>
      <updatedAt>2026-11-01T22:29:55+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P32430/CD, Sept 2022**（IEEE Draft Standard for Software Non-Functional Sizing Measurements）是[[organization_ieee|电气电子工程师学会]]于 2022 年 9 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p32430-cd-sept-2022.html</url>
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      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2022</year>
        <precision>year</precision>
        <display>2022年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <type>work</type>
      <title>IEEE Std P62582-4/CDV, Mar 2021</title>
      <slug>ieee-std-p62582-4-cdv-mar-2021</slug>
      <aliases>
        <alias>P62582-4/CDV, Mar 2021</alias>
        <alias>P62582-4/CDV, Mar 2021 - IEC/IEEE Draft International Standard - Nuclear power plants - Instrumentation and control important to safety - Electrical equipment condition monitoring methods - Part 4: Ox</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P62582-4/CDV, Mar 2021 是电气电子工程师学会的草案，题为“IEC/IEEE Draft International Standard - Nuclear power plants - Instrumentation and control important to safety - Electrical equipment condition monitoring methods - Part 4: Ox”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P62582-4/CDV, Mar 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9475149</url>
          <locator>standard_number=P62582-4/CDV, Mar 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
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      <createdAt>2026-11-01T22:29:07+08:00</createdAt>
      <updatedAt>2026-11-01T22:29:07+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P62582-4/CDV, Mar 2021**（IEC/IEEE Draft International Standard - Nuclear power plants - Instrumentation and control important to safety - Electrical equipment condition monitoring methods - Part 4: Ox）是[[organization_ieee|电气电子工程师学会]]于 2021 年 3 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Nuclear Engineering、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p62582-4-cdv-mar-2021.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_993_1997</id>
      <type>work</type>
      <title>IEEE Std 993-1997</title>
      <slug>ieee-std-993-1997</slug>
      <aliases>
        <alias>993-1997</alias>
        <alias>993-1997 - IEEE Standard for Test Equipment Description Language (TEDL)</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 993-1997 是电气电子工程师学会的技术标准，题为“IEEE Standard for Test Equipment Description Language (TEDL)”；公开目录标为非现行（Inactive），已撤回（Withdrawn），著录年份为 1997 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 993-1997 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=4507</url>
          <locator>standard_number=993-1997; status=Inactive; modifier=Withdrawn</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:27:58+08:00</createdAt>
      <updatedAt>2026-11-01T22:27:58+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 993-1997**（IEEE Standard for Test Equipment Description Language (TEDL)）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为非现行（Inactive），已撤回（Withdrawn），著录年份为 1997 年，主题领域包括 Power, Energy and Industry Applications、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-993-1997.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>1997</year>
        <precision>year</precision>
        <display>1997年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p3004_3_d3_apr_2020</id>
      <type>work</type>
      <title>IEEE Std P3004.3/D3, Apr 2020</title>
      <slug>ieee-std-p3004-3-d3-apr-2020</slug>
      <aliases>
        <alias>P3004.3/D3, Apr 2020</alias>
        <alias>P3004.3/D3, Apr 2020 - IEEE Approved Draft Recommended Practice for the Application of Low-Voltage Fuses in Industrial and Commercial Power Systems</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3004.3/D3, Apr 2020 是电气电子工程师学会的草案，题为“IEEE Approved Draft Recommended Practice for the Application of Low-Voltage Fuses in Industrial and Commercial Power Systems”；公开目录标为非现行（Inactive），著录年份为 2020 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3004.3/D3, Apr 2020 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9075452</url>
          <locator>standard_number=P3004.3/D3, Apr 2020; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:26:02+08:00</createdAt>
      <updatedAt>2026-11-01T22:26:02+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3004.3/D3, Apr 2020**（IEEE Approved Draft Recommended Practice for the Application of Low-Voltage Fuses in Industrial and Commercial Power Systems）是[[organization_ieee|电气电子工程师学会]]于 2020 年 4 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3004-3-d3-apr-2020.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2020</year>
        <precision>year</precision>
        <display>2020年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <customFields></customFields>
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      <id>work_ieee_p3002_3_d7_jun_2017</id>
      <type>work</type>
      <title>IEEE Std P3002.3/D7, Jun 2017</title>
      <slug>ieee-std-p3002-3-d7-jun-2017</slug>
      <aliases>
        <alias>P3002.3/D7, Jun 2017</alias>
        <alias>P3002.3/D7, Jun 2017 - IEEE Draft Recommended Practice for Conducting Short-Circuit Studies of Industrial and Commercial Power Systems</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P3002.3/D7, Jun 2017 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Conducting Short-Circuit Studies of Industrial and Commercial Power Systems”；公开目录标为非现行（Inactive），著录年份为 2017 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P3002.3/D7, Jun 2017 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=7951050</url>
          <locator>standard_number=P3002.3/D7, Jun 2017; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:24:26+08:00</createdAt>
      <updatedAt>2026-11-01T22:24:26+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P3002.3/D7, Jun 2017**（IEEE Draft Recommended Practice for Conducting Short-Circuit Studies of Industrial and Commercial Power Systems）是[[organization_ieee|电气电子工程师学会]]于 2017 年 6 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Components, Circuits, Devices and Systems、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p3002-3-d7-jun-2017.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2017</year>
        <precision>year</precision>
        <display>2017年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
      <perspectives></perspectives>
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      <id>work_ieee_8802_11_2018</id>
      <type>work</type>
      <title>IEEE Std 8802-11-2018</title>
      <slug>ieee-std-8802-11-2018</slug>
      <aliases>
        <alias>8802-11-2018</alias>
        <alias>8802-11-2018 - ISO/IEC/IEEE - International Standard - Information technology--Telecommunications and information exchange between systems--Local and metropolitan area networks--Specific requirements-</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 8802-11-2018 是电气电子工程师学会的技术标准，题为“ISO/IEC/IEEE - International Standard - Information technology--Telecommunications and information exchange between systems--Local and metropolitan area networks--Specific requirements-”；公开目录标为已被替代（Superseded），著录年份为 2018 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 8802-11-2018 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=8360792</url>
          <locator>standard_number=8802-11-2018; status=Superseded; modifier=</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:24:07+08:00</createdAt>
      <updatedAt>2026-11-01T22:24:07+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 8802-11-2018**（ISO/IEC/IEEE - International Standard - Information technology--Telecommunications and information exchange between systems--Local and metropolitan area networks--Specific requirements-）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为已被替代（Superseded），著录年份为 2018 年，主题领域包括 Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems、Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-8802-11-2018.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2018</year>
        <precision>year</precision>
        <display>2018年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p29119_8_dis_sept_2025</id>
      <type>work</type>
      <title>IEEE Std P29119-8/DIS, Sept 2025</title>
      <slug>ieee-std-p29119-8-dis-sept-2025</slug>
      <aliases>
        <alias>P29119-8/DIS, Sept 2025</alias>
        <alias>P29119-8/DIS, Sept 2025 - ISO/IEC/IEEE Draft International Standard for Software and systems engineering -- Software testing -- Part 8: Model-based Testing</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P29119-8/DIS, Sept 2025 是电气电子工程师学会的草案，题为“ISO/IEC/IEEE Draft International Standard for Software and systems engineering -- Software testing -- Part 8: Model-based Testing”；公开目录标为非现行（Inactive），著录年份为 2025 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P29119-8/DIS, Sept 2025 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=11150685</url>
          <locator>standard_number=P29119-8/DIS, Sept 2025; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:22:36+08:00</createdAt>
      <updatedAt>2026-11-01T22:22:36+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P29119-8/DIS, Sept 2025**（ISO/IEC/IEEE Draft International Standard for Software and systems engineering -- Software testing -- Part 8: Model-based Testing）是[[organization_ieee|电气电子工程师学会]]于 2025 年 9 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p29119-8-dis-sept-2025.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2025</year>
        <precision>year</precision>
        <display>2025年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p29119_3_cd_aug_2019</id>
      <type>work</type>
      <title>IEEE Std P29119-3/CD, Aug 2019</title>
      <slug>ieee-std-p29119-3-cd-aug-2019</slug>
      <aliases>
        <alias>P29119-3/CD, Aug 2019</alias>
        <alias>P29119-3/CD, Aug 2019 - ISO/IEC/IEEE Draft International Standard - Software and systems engineering -- Software testing --Part 3: Test documentation</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P29119-3/CD, Aug 2019 是电气电子工程师学会的草案，题为“ISO/IEC/IEEE Draft International Standard - Software and systems engineering -- Software testing --Part 3: Test documentation”；公开目录标为非现行（Inactive），著录年份为 2019 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P29119-3/CD, Aug 2019 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=8894212</url>
          <locator>standard_number=P29119-3/CD, Aug 2019; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:22:13+08:00</createdAt>
      <updatedAt>2026-11-01T22:22:13+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P29119-3/CD, Aug 2019**（ISO/IEC/IEEE Draft International Standard - Software and systems engineering -- Software testing --Part 3: Test documentation）是[[organization_ieee|电气电子工程师学会]]于 2019 年 8 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p29119-3-cd-aug-2019.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2019</year>
        <precision>year</precision>
        <display>2019年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_802_3cg_2019</id>
      <type>work</type>
      <title>IEEE Std 802.3cg-2019</title>
      <slug>ieee-std-802-3cg-2019</slug>
      <aliases>
        <alias>802.3cg-2019</alias>
        <alias>802.3cg-2019 - IEEE Standard for Ethernet - Amendment 5: Physical Layer Specifications and Management Parameters for 10 Mb/s Operation and Associated Power Delivery over a Single Balanced Pair of Cond</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 802.3cg-2019 是电气电子工程师学会的技术标准，题为“IEEE Standard for Ethernet - Amendment 5: Physical Layer Specifications and Management Parameters for 10 Mb/s Operation and Associated Power Delivery over a Single Balanced Pair of Cond”；公开目录标为已被替代（Superseded），著录年份为 2020 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 802.3cg-2019 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=8982249</url>
          <locator>standard_number=802.3cg-2019; status=Superseded; modifier=</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:22:11+08:00</createdAt>
      <updatedAt>2026-11-01T22:22:11+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 802.3cg-2019**（IEEE Standard for Ethernet - Amendment 5: Physical Layer Specifications and Management Parameters for 10 Mb/s Operation and Associated Power Delivery over a Single Balanced Pair of Cond）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为已被替代（Superseded），著录年份为 2020 年，主题领域包括 Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems、Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-802-3cg-2019.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2020</year>
        <precision>year</precision>
        <display>2020年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_802_3at_2009</id>
      <type>work</type>
      <title>IEEE Std 802.3at-2009</title>
      <slug>ieee-std-802-3at-2009</slug>
      <aliases>
        <alias>802.3at-2009</alias>
        <alias>802.3at-2009 - IEEE Standard for Information technology-- Local and metropolitan area networks-- Specific requirements-- Part 3: CSMA/CD Access Method and Physical Layer Specifications Amendment 3: Da</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 802.3at-2009 是电气电子工程师学会的技术标准，题为“IEEE Standard for Information technology-- Local and metropolitan area networks-- Specific requirements-- Part 3: CSMA/CD Access Method and Physical Layer Specifications Amendment 3: Da”；公开目录标为已被替代（Superseded），著录年份为 2009 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 802.3at-2009 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=5306741</url>
          <locator>standard_number=802.3at-2009; status=Superseded; modifier=</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:21:57+08:00</createdAt>
      <updatedAt>2026-11-01T22:21:57+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 802.3at-2009**（IEEE Standard for Information technology-- Local and metropolitan area networks-- Specific requirements-- Part 3: CSMA/CD Access Method and Physical Layer Specifications Amendment 3: Da）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为已被替代（Superseded），著录年份为 2009 年，主题领域包括 Communication, Networking and Broadcast Technologies[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-802-3at-2009.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2009</year>
        <precision>year</precision>
        <display>2009年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_802_3bn_2016</id>
      <type>work</type>
      <title>IEEE Std 802.3bn-2016</title>
      <slug>ieee-std-802-3bn-2016</slug>
      <aliases>
        <alias>802.3bn-2016</alias>
        <alias>802.3bn-2016 - IEEE Standard for Ethernet Amendment 6: Physical Layer Specifications and Management Parameters for Ethernet Passive Optical Networks Protocol over Coax</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 802.3bn-2016 是电气电子工程师学会的技术标准，题为“IEEE Standard for Ethernet Amendment 6: Physical Layer Specifications and Management Parameters for Ethernet Passive Optical Networks Protocol over Coax”；公开目录标为已被替代（Superseded），著录年份为 2016 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 802.3bn-2016 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=7781567</url>
          <locator>standard_number=802.3bn-2016; status=Superseded; modifier=</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:21:57+08:00</createdAt>
      <updatedAt>2026-11-01T22:21:57+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 802.3bn-2016**（IEEE Standard for Ethernet Amendment 6: Physical Layer Specifications and Management Parameters for Ethernet Passive Optical Networks Protocol over Coax）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为已被替代（Superseded），著录年份为 2016 年，主题领域包括 Communication, Networking and Broadcast Technologies、Computing and Processing、Photonics and Electrooptics[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-802-3bn-2016.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2016</year>
        <precision>year</precision>
        <display>2016年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p2888_4_d3_oct_2023</id>
      <type>work</type>
      <title>IEEE Std P2888.4/D3, Oct 2023</title>
      <slug>ieee-std-p2888-4-d3-oct-2023</slug>
      <aliases>
        <alias>P2888.4/D3, Oct 2023</alias>
        <alias>P2888.4/D3, Oct 2023 - IEEE Approved Draft Standard on Architecture for Virtual Reality Disaster Response Training System with Six degrees of Freedom (6 DoF)</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P2888.4/D3, Oct 2023 是电气电子工程师学会的草案，题为“IEEE Approved Draft Standard on Architecture for Virtual Reality Disaster Response Training System with Six degrees of Freedom (6 DoF)”；公开目录标为非现行（Inactive），著录年份为 2023 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P2888.4/D3, Oct 2023 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10281367</url>
          <locator>standard_number=P2888.4/D3, Oct 2023; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:21:41+08:00</createdAt>
      <updatedAt>2026-11-01T22:21:41+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P2888.4/D3, Oct 2023**（IEEE Approved Draft Standard on Architecture for Virtual Reality Disaster Response Training System with Six degrees of Freedom (6 DoF)）是[[organization_ieee|电气电子工程师学会]]于 2023 年 10 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p2888-4-d3-oct-2023.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2023</year>
        <precision>year</precision>
        <display>2023年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
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      <id>work_ieee_802_1qca_2015</id>
      <type>work</type>
      <title>IEEE Std 802.1Qca-2015</title>
      <slug>ieee-std-802-1qca-2015</slug>
      <aliases>
        <alias>802.1Qca-2015</alias>
        <alias>802.1Qca-2015 - IEEE Standard for Local and metropolitan area networks--- Bridges and Bridged Networks - Amendment 24: Path Control and Reservation</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 802.1Qca-2015 是电气电子工程师学会的技术标准，题为“IEEE Standard for Local and metropolitan area networks--- Bridges and Bridged Networks - Amendment 24: Path Control and Reservation”；公开目录标为已被替代（Superseded），著录年份为 2016 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 802.1Qca-2015 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=7434542</url>
          <locator>standard_number=802.1Qca-2015; status=Superseded; modifier=</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:20:49+08:00</createdAt>
      <updatedAt>2026-11-01T22:20:49+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 802.1Qca-2015**（IEEE Standard for Local and metropolitan area networks--- Bridges and Bridged Networks - Amendment 24: Path Control and Reservation）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为已被替代（Superseded），著录年份为 2016 年，主题领域包括 Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems、Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-802-1qca-2015.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2016</year>
        <precision>year</precision>
        <display>2016年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p286_d11_aug_2022</id>
      <type>work</type>
      <title>IEEE Std P286/D11, Aug 2022</title>
      <slug>ieee-std-p286-d11-aug-2022</slug>
      <aliases>
        <alias>P286/D11, Aug 2022</alias>
        <alias>P286/D11, Aug 2022 - IEEE Draft Recommended Practice for Measurement of Power Factor Tip-Up of Electric Machinery Stator Coil Insulation</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P286/D11, Aug 2022 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Measurement of Power Factor Tip-Up of Electric Machinery Stator Coil Insulation”；公开目录标为非现行（Inactive），著录年份为 2022 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P286/D11, Aug 2022 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9889250</url>
          <locator>standard_number=P286/D11, Aug 2022; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:20:46+08:00</createdAt>
      <updatedAt>2026-11-01T22:20:46+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P286/D11, Aug 2022**（IEEE Draft Recommended Practice for Measurement of Power Factor Tip-Up of Electric Machinery Stator Coil Insulation）是[[organization_ieee|电气电子工程师学会]]于 2022 年 8 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Fields, Waves and Electromagnetics、Power, Energy and Industry Applications、Engineered Materials, Dielectrics and Plasmas[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p286-d11-aug-2022.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2022</year>
        <precision>year</precision>
        <display>2022年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
      <perspectives></perspectives>
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      <id>work_ieee_p286_d12_oct_2023</id>
      <type>work</type>
      <title>IEEE Std P286/D12, Oct 2023</title>
      <slug>ieee-std-p286-d12-oct-2023</slug>
      <aliases>
        <alias>P286/D12, Oct 2023</alias>
        <alias>P286/D12, Oct 2023 - IEEE Draft Recommended Practice for Measurement of Power Factor Tip-Up of Electric Machinery Stator Coil Insulation</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P286/D12, Oct 2023 是电气电子工程师学会的草案，题为“IEEE Draft Recommended Practice for Measurement of Power Factor Tip-Up of Electric Machinery Stator Coil Insulation”；公开目录标为非现行（Inactive），著录年份为 2023 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P286/D12, Oct 2023 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10308735</url>
          <locator>standard_number=P286/D12, Oct 2023; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:20:46+08:00</createdAt>
      <updatedAt>2026-11-01T22:20:46+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P286/D12, Oct 2023**（IEEE Draft Recommended Practice for Measurement of Power Factor Tip-Up of Electric Machinery Stator Coil Insulation）是[[organization_ieee|电气电子工程师学会]]于 2023 年 10 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Engineered Materials, Dielectrics and Plasmas、Fields, Waves and Electromagnetics、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p286-d12-oct-2023.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2023</year>
        <precision>year</precision>
        <display>2023年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
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      <rankingEntries></rankingEntries>
      <id>work_ieee_p2800_d6_1_jun_2021</id>
      <type>work</type>
      <title>IEEE Std P2800/D6.1, Jun 2021</title>
      <slug>ieee-std-p2800-d6-1-jun-2021</slug>
      <aliases>
        <alias>P2800/D6.1, Jun 2021</alias>
        <alias>P2800/D6.1, Jun 2021 - IEEE Draft Standard for Interconnection and Interoperability of Inverter-Based Resources (IBR) Interconnecting with Associated Transmission Electric Power Systems</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P2800/D6.1, Jun 2021 是电气电子工程师学会的草案，题为“IEEE Draft Standard for Interconnection and Interoperability of Inverter-Based Resources (IBR) Interconnecting with Associated Transmission Electric Power Systems”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P2800/D6.1, Jun 2021 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9454571</url>
          <locator>standard_number=P2800/D6.1, Jun 2021; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:18:56+08:00</createdAt>
      <updatedAt>2026-11-01T22:18:56+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P2800/D6.1, Jun 2021**（IEEE Draft Standard for Interconnection and Interoperability of Inverter-Based Resources (IBR) Interconnecting with Associated Transmission Electric Power Systems）是[[organization_ieee|电气电子工程师学会]]于 2021 年 6 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Power, Energy and Industry Applications、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p2800-d6-1-jun-2021.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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    <entity>
      <perspectives></perspectives>
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      <id>work_ieee_776_1992</id>
      <type>work</type>
      <title>IEEE Std 776-1992</title>
      <slug>ieee-std-776-1992</slug>
      <aliases>
        <alias>776-1992</alias>
        <alias>776-1992 - IEEE Recommended Practice for Inductive Coordination of Electric Supply and Communication Lines</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 776-1992 是电气电子工程师学会的技术标准，题为“IEEE Recommended Practice for Inductive Coordination of Electric Supply and Communication Lines”；公开目录标为已被替代（Superseded），著录年份为 1992 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 776-1992 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=2830</url>
          <locator>standard_number=776-1992; status=Superseded; modifier=</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:17:46+08:00</createdAt>
      <updatedAt>2026-11-01T22:17:46+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 776-1992**（IEEE Recommended Practice for Inductive Coordination of Electric Supply and Communication Lines）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为已被替代（Superseded），著录年份为 1992 年，主题领域包括 Fields, Waves and Electromagnetics、Communication, Networking and Broadcast Technologies[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-776-1992.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>1992</year>
        <precision>year</precision>
        <display>1992年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
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      <id>work_ieee_p2718_d10_aug2023</id>
      <type>work</type>
      <title>IEEE Std P2718/D10, Aug2023</title>
      <slug>ieee-std-p2718-d10-aug2023</slug>
      <aliases>
        <alias>P2718/D10, Aug2023</alias>
        <alias>P2718/D10, Aug2023 - IEEE Approved Draft Guide for Near Field Characterization of Unintentional Stochastic Radiators</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P2718/D10, Aug2023 是电气电子工程师学会的草案，题为“IEEE Approved Draft Guide for Near Field Characterization of Unintentional Stochastic Radiators”；公开目录标为非现行（Inactive），著录年份为 2023 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P2718/D10, Aug2023 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=10236951</url>
          <locator>standard_number=P2718/D10, Aug2023; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:17:37+08:00</createdAt>
      <updatedAt>2026-11-01T22:17:37+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P2718/D10, Aug2023**（IEEE Approved Draft Guide for Near Field Characterization of Unintentional Stochastic Radiators）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2023 年，主题领域包括 Power, Energy and Industry Applications、Fields, Waves and Electromagnetics[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p2718-d10-aug2023.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2023</year>
        <precision>year</precision>
        <display>2023年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
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      <rankingEntries></rankingEntries>
      <id>work_ieee_675_1979</id>
      <type>work</type>
      <title>IEEE Std 675-1979</title>
      <slug>ieee-std-675-1979</slug>
      <aliases>
        <alias>675-1979</alias>
        <alias>675-1979 - IEEE Standard Multiple Controllers in a CAMAC Crate</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 675-1979 是电气电子工程师学会的技术标准，题为“IEEE Standard Multiple Controllers in a CAMAC Crate”；公开目录标为已被替代（Superseded），著录年份为 1979 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 675-1979 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=7434530</url>
          <locator>standard_number=675-1979; status=Superseded; modifier=</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:16:07+08:00</createdAt>
      <updatedAt>2026-11-01T22:16:07+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 675-1979**（IEEE Standard Multiple Controllers in a CAMAC Crate）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为已被替代（Superseded），著录年份为 1979 年，主题领域包括 Power, Energy and Industry Applications、Nuclear Engineering、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-675-1979.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>1979</year>
        <precision>year</precision>
        <display>1979年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
    </entity>
    <entity>
      <perspectives></perspectives>
      <customFields></customFields>
      <rankingTiers></rankingTiers>
      <rankingColumns></rankingColumns>
      <rankingEntries></rankingEntries>
      <id>work_ieee_p2450_d4_oct_2018</id>
      <type>work</type>
      <title>IEEE Std P2450_D4, Oct 2018</title>
      <slug>ieee-std-p2450-d4-oct-2018</slug>
      <aliases>
        <alias>P2450_D4, Oct 2018</alias>
        <alias>P2450_D4, Oct 2018 - IEEE Draft Standard for the Performance of Down-the-Road Radar Used in Traffic Speed Measurements</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P2450_D4, Oct 2018 是电气电子工程师学会的草案，题为“IEEE Draft Standard for the Performance of Down-the-Road Radar Used in Traffic Speed Measurements”；公开目录标为非现行（Inactive），著录年份为 2018 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P2450_D4, Oct 2018 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=8509651</url>
          <locator>standard_number=P2450_D4, Oct 2018; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:14:28+08:00</createdAt>
      <updatedAt>2026-11-01T22:14:28+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P2450_D4, Oct 2018**（IEEE Draft Standard for the Performance of Down-the-Road Radar Used in Traffic Speed Measurements）是[[organization_ieee|电气电子工程师学会]]于 2018 年 10 月形成的草案。公开目录将其标为非现行（Inactive），主题领域包括 Fields, Waves and Electromagnetics、Transportation、Signal Processing and Analysis[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p2450-d4-oct-2018.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
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        <lang>zh</lang>
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      <workKind>standard</workKind>
      <published>
        <year>2018</year>
        <precision>year</precision>
        <display>2018年</display>
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      <language>英语</language>
      <creators></creators>
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      <type>work</type>
      <title>IEEE Std 595-1982</title>
      <slug>ieee-std-595-1982</slug>
      <aliases>
        <alias>595-1982</alias>
        <alias>595-1982 - IEEE Standard Serial Highway Interface System (CAMAC) (Computer Automated Measurement and Control)</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 595-1982 是电气电子工程师学会的技术标准，题为“IEEE Standard Serial Highway Interface System (CAMAC) (Computer Automated Measurement and Control)”；公开目录标为非现行（Inactive），保留（Reserved），著录年份为 1982 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 595-1982 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=2622</url>
          <locator>standard_number=595-1982; status=Inactive; modifier=Reserved</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
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      <createdAt>2026-11-01T22:12:17+08:00</createdAt>
      <updatedAt>2026-11-01T22:12:17+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 595-1982**（IEEE Standard Serial Highway Interface System (CAMAC) (Computer Automated Measurement and Control)）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为非现行（Inactive），保留（Reserved），著录年份为 1982 年，主题领域包括 Nuclear Engineering[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-595-1982.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
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        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>1982</year>
        <precision>year</precision>
        <display>1982年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p2067_d3_oct_2020</id>
      <type>work</type>
      <title>IEEE Std P2067/D3, Oct 2020</title>
      <slug>ieee-std-p2067-d3-oct-2020</slug>
      <aliases>
        <alias>P2067/D3, Oct 2020</alias>
        <alias>P2067/D3, Oct 2020 - IEEE Approved Draft Standard for Fiber Optic Sensors - Fiber Bragg Grating Interrogator Standard - Terminology and Definitions</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P2067/D3, Oct 2020 是电气电子工程师学会的草案，题为“IEEE Approved Draft Standard for Fiber Optic Sensors - Fiber Bragg Grating Interrogator Standard - Terminology and Definitions”；公开目录标为非现行（Inactive），著录年份为 2021 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P2067/D3, Oct 2020 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9240138</url>
          <locator>standard_number=P2067/D3, Oct 2020; status=Inactive; modifier=Draft</locator>
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        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
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      <createdAt>2026-11-01T22:12:14+08:00</createdAt>
      <updatedAt>2026-11-01T22:12:14+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P2067/D3, Oct 2020**（IEEE Approved Draft Standard for Fiber Optic Sensors - Fiber Bragg Grating Interrogator Standard - Terminology and Definitions）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2021 年，主题领域包括 Components, Circuits, Devices and Systems、Photonics and Electrooptics、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p2067-d3-oct-2020.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
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        <lang>zh</lang>
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      <workKind>standard</workKind>
      <published>
        <year>2021</year>
        <precision>year</precision>
        <display>2021年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_583_1982</id>
      <type>work</type>
      <title>IEEE Std 583-1982</title>
      <slug>ieee-std-583-1982</slug>
      <aliases>
        <alias>583-1982</alias>
        <alias>583-1982 - IEEE Standard Modular Instrumentation and Digital Interface System (CAMAC) (Computer Automated Measurement and Control)</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 583-1982 是电气电子工程师学会的技术标准，题为“IEEE Standard Modular Instrumentation and Digital Interface System (CAMAC) (Computer Automated Measurement and Control)”；公开目录标为非现行（Inactive），保留（Reserved），著录年份为 1982 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 583-1982 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=2623</url>
          <locator>standard_number=583-1982; status=Inactive; modifier=Reserved</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T22:11:55+08:00</createdAt>
      <updatedAt>2026-11-01T22:11:55+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 583-1982**（IEEE Standard Modular Instrumentation and Digital Interface System (CAMAC) (Computer Automated Measurement and Control)）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为非现行（Inactive），保留（Reserved），著录年份为 1982 年，主题领域包括 Nuclear Engineering[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-583-1982.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
      </availableLangs>
      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>1982</year>
        <precision>year</precision>
        <display>1982年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_p1726_d16_jul_2013</id>
      <type>work</type>
      <title>IEEE Std P1726/D16, Jul 2013</title>
      <slug>ieee-std-p1726-d16-jul-2013</slug>
      <aliases>
        <alias>P1726/D16, Jul 2013</alias>
        <alias>P1726/D16, Jul 2013 - IEEE Approved Draft Guide for the Functional Specification of Fixed Transmission Series Capacitor Banks for Transmission System Applications</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std P1726/D16, Jul 2013 是电气电子工程师学会的草案，题为“IEEE Approved Draft Guide for the Functional Specification of Fixed Transmission Series Capacitor Banks for Transmission System Applications”；公开目录标为非现行（Inactive），著录年份为 2014 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std P1726/D16, Jul 2013 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=6563092</url>
          <locator>standard_number=P1726/D16, Jul 2013; status=Inactive; modifier=Draft</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
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      <createdAt>2026-11-01T21:58:26+08:00</createdAt>
      <updatedAt>2026-11-01T21:58:26+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std P1726/D16, Jul 2013**（IEEE Approved Draft Guide for the Functional Specification of Fixed Transmission Series Capacitor Banks for Transmission System Applications）是[[organization_ieee|电气电子工程师学会]]的草案。公开目录将其标为非现行（Inactive），著录年份为 2014 年，主题领域包括 Power, Energy and Industry Applications、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-p1726-d16-jul-2013.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2014</year>
        <precision>year</precision>
        <display>2014年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_1394_3_2003</id>
      <type>work</type>
      <title>IEEE Std 1394.3-2003</title>
      <slug>ieee-std-1394-3-2003</slug>
      <aliases>
        <alias>1394.3-2003</alias>
        <alias>1394.3-2003 - IEEE Standard for a High Performance Serial Bus Peer-to-Peer Data Transport Protocol (PPDT)</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 1394.3-2003 是电气电子工程师学会的技术标准，题为“IEEE Standard for a High Performance Serial Bus Peer-to-Peer Data Transport Protocol (PPDT)”；公开目录标为非现行（Inactive），保留（Reserved），著录年份为 2004 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 1394.3-2003 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9055</url>
          <locator>standard_number=1394.3-2003; status=Inactive; modifier=Reserved</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
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      <createdAt>2026-11-01T21:52:49+08:00</createdAt>
      <updatedAt>2026-11-01T21:52:49+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 1394.3-2003**（IEEE Standard for a High Performance Serial Bus Peer-to-Peer Data Transport Protocol (PPDT)）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为非现行（Inactive），保留（Reserved），著录年份为 2004 年，主题领域包括 Computing and Processing、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-1394-3-2003.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
      <availableLangs>
        <lang>zh</lang>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2004</year>
        <precision>year</precision>
        <display>2004年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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      <id>work_ieee_1307_2004</id>
      <type>work</type>
      <title>IEEE Std 1307-2004</title>
      <slug>ieee-std-1307-2004</slug>
      <aliases>
        <alias>1307-2004</alias>
        <alias>1307-2004 - IEEE Standard for Fall Protection for Utility Work</alias>
      </aliases>
      <previousSlugs></previousSlugs>
      <summary>IEEE Std 1307-2004 是电气电子工程师学会的技术标准，题为“IEEE Standard for Fall Protection for Utility Work”；公开目录标为已被替代（Superseded），著录年份为 2004 年。</summary>
      <status>published</status>
      <categories>
        <category>category-science-technology</category>
      </categories>
      <tags>
        <tag>tag-ieee-standard</tag>
      </tags>
      <sources>
        <source>
          <id>s1</id>
          <title>IEEE Std 1307-2004 — IEEE Xplore 题录</title>
          <author>IEEE</author>
          <url>https://ieeexplore.ieee.org/servlet/opac?punumber=9350</url>
          <locator>standard_number=1307-2004; status=Superseded; modifier=</locator>
        </source>
        <source>
          <id>s2</id>
          <title>IEEE Xplore All Standards（KBART）</title>
          <author>IEEE</author>
          <date>2026-11-01</date>
          <url>https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt</url>
        </source>
      </sources>
      <createdAt>2026-11-01T21:51:51+08:00</createdAt>
      <updatedAt>2026-11-01T21:51:51+08:00</updatedAt>
      <updatedBy>user:admin</updatedBy>
      <revision>1</revision>
      <body>**IEEE Std 1307-2004**（IEEE Standard for Fall Protection for Utility Work）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为已被替代（Superseded），著录年份为 2004 年，主题领域包括 Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。</body>
      <url>/works/ieee-std-1307-2004.html</url>
      <lang>en</lang>
      <sourceLang>zh</sourceLang>
      <fallback>true</fallback>
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      <occupations></occupations>
      <workKind>standard</workKind>
      <published>
        <year>2004</year>
        <precision>year</precision>
        <display>2004年</display>
      </published>
      <language>英语</language>
      <creators></creators>
      <relatedTerms></relatedTerms>
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