postgres Read people, places, events, organizations, works, and concepts through sourced relations. /en/index-139.html work_ieee_11073_10404_2022 work ieee-std-11073-10404-2022 11073-10404-2022 11073-10404-2022 - IEEE/ISO International Standard--Health informatics--Device interoperability--Part 10404: Personal health device communication--Device specialization--Pulse oximeter

IEEE Std 11073-10404-2022 是电气电子工程师学会的技术标准，题为“IEEE/ISO International Standard--Health informatics--Device interoperability--Part 10404: Personal health device communication--Device specialization--Pulse oximeter”；公开目录标为现行（Active），已批准（Approved），著录年份为 2022 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=9973002 standard_number=11073-10404-2022; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:23+08:00 2026-11-01T21:07:23+08:00 user:admin 1 **IEEE Std 11073-10404-2022**（IEEE/ISO International Standard--Health informatics--Device interoperability--Part 10404: Personal health device communication--Device specialization--Pulse oximeter）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2022 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10404-2022.html en true zh standard 2022 year 2022年 英语 work_ieee_11073_10406_2023_10287899 work ieee-std-11073-10406-2023-10287899 11073-10406-2023 11073-10406-2023 - IEEE Standard for Health Informatics--Device Interoperability Part 10406: Personal Health Device Communication--Device Specialization--Basic Electrocardiography (ECG) (1‐ to 3‐lead

IEEE Std 11073-10406-2023 是电气电子工程师学会的技术标准，题为“IEEE Standard for Health Informatics--Device Interoperability Part 10406: Personal Health Device Communication--Device Specialization--Basic Electrocardiography (ECG) (1‐ to 3‐lead”；公开目录标为现行（Active），已批准（Approved），著录年份为 2023 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10287899 standard_number=11073-10406-2023; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:23+08:00 2026-11-01T21:07:23+08:00 user:admin 1 **IEEE Std 11073-10406-2023**（IEEE Standard for Health Informatics--Device Interoperability Part 10406: Personal Health Device Communication--Device Specialization--Basic Electrocardiography (ECG) (1‐ to 3‐lead）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2023 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10406-2023-10287899.html en true zh standard 2023 year 2023年 英语 work_ieee_11073_10201_2020 work ieee-std-11073-10201-2020 11073-10201-2020 11073-10201-2020 - ISO/IEC/IEEE International Standard - Health informatics--Device interoperability--Part 10201:Point-of-care medical device communication--Domain information model

IEEE Std 11073-10201-2020 是电气电子工程师学会的技术标准，题为“ISO/IEC/IEEE International Standard - Health informatics--Device interoperability--Part 10201:Point-of-care medical device communication--Domain information model”；公开目录标为现行（Active），已批准（Approved），著录年份为 2020 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=9102464 standard_number=11073-10201-2020; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:22+08:00 2026-11-01T21:07:22+08:00 user:admin 1 **IEEE Std 11073-10201-2020**（ISO/IEC/IEEE International Standard - Health informatics--Device interoperability--Part 10201:Point-of-care medical device communication--Domain information model）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2020 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10201-2020.html en true zh standard 2020 year 2020年 英语 work_ieee_11073_10206_2022_10025653 work ieee-std-11073-10206-2022-10025653 11073-10206-2022 11073-10206-2022 - IEEE Standard - Health informatics -- Device interoperability -- Part 10206: Personal health device communication -- Abstract Content Information Model

IEEE Std 11073-10206-2022 是电气电子工程师学会的技术标准，题为“IEEE Standard - Health informatics -- Device interoperability -- Part 10206: Personal health device communication -- Abstract Content Information Model”；公开目录标为现行（Active），已批准（Approved），著录年份为 2023 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10025653 standard_number=11073-10206-2022; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:22+08:00 2026-11-01T21:07:22+08:00 user:admin 1 **IEEE Std 11073-10206-2022**（IEEE Standard - Health informatics -- Device interoperability -- Part 10206: Personal health device communication -- Abstract Content Information Model）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2023 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10206-2022-10025653.html en true zh standard 2023 year 2023年 英语 work_ieee_11073_10206_2024 work ieee-std-11073-10206-2024 11073-10206-2024 11073-10206-2024 - ISO/IEEE International Standard--Health informatics--Device interoperability--Part 10206: Personal health device communication--Abstract content information model

IEEE Std 11073-10206-2024 是电气电子工程师学会的技术标准，题为“ISO/IEEE International Standard--Health informatics--Device interoperability--Part 10206: Personal health device communication--Abstract content information model”；公开目录标为现行（Active），已批准（Approved），著录年份为 2024 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10630692 standard_number=11073-10206-2024; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:22+08:00 2026-11-01T21:07:22+08:00 user:admin 1 **IEEE Std 11073-10206-2024**（ISO/IEEE International Standard--Health informatics--Device interoperability--Part 10206: Personal health device communication--Abstract content information model）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2024 年，主题领域包括 Communication, Networking and Broadcast Technologies、Bioengineering、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10206-2024.html en true zh standard 2024 year 2024年 英语 work_ieee_11073_10207_2017 work ieee-std-11073-10207-2017 11073-10207-2017 11073-10207-2017 - IEEE Health informatics--Point-of-care medical device communication Part 10207: Domain Information and Service Model for Service-Oriented Point-of-Care Medical Device Communication

IEEE Std 11073-10207-2017 是电气电子工程师学会的技术标准，题为“IEEE Health informatics--Point-of-care medical device communication Part 10207: Domain Information and Service Model for Service-Oriented Point-of-Care Medical Device Communication”；公开目录标为现行（Active），已批准（Approved），著录年份为 2018 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=8299596 standard_number=11073-10207-2017; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:22+08:00 2026-11-01T21:07:22+08:00 user:admin 1 **IEEE Std 11073-10207-2017**（IEEE Health informatics--Point-of-care medical device communication Part 10207: Domain Information and Service Model for Service-Oriented Point-of-Care Medical Device Communication）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2018 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10207-2017.html en true zh standard 2018 year 2018年 英语 work_ieee_11073_10103_2023 work ieee-std-11073-10103-2023 11073-10103-2023 11073-10103-2023 - IEEE Standard Health Informatics--Device Interoperability Part 10103: Point‐of‐Care Medical Device Communication--Nomenclature--Implantable Device, Cardiac

IEEE Std 11073-10103-2023 是电气电子工程师学会的技术标准，题为“IEEE Standard Health Informatics--Device Interoperability Part 10103: Point‐of‐Care Medical Device Communication--Nomenclature--Implantable Device, Cardiac”；公开目录标为现行（Active），已批准（Approved），著录年份为 2024 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10541937 standard_number=11073-10103-2023; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:21+08:00 2026-11-01T21:07:21+08:00 user:admin 1 **IEEE Std 11073-10103-2023**（IEEE Standard Health Informatics--Device Interoperability Part 10103: Point‐of‐Care Medical Device Communication--Nomenclature--Implantable Device, Cardiac）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2024 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10103-2023.html en true zh standard 2024 year 2024年 英语 work_ieee_11073_10103_2025 work ieee-std-11073-10103-2025 11073-10103-2025 11073-10103-2025 - ISO/IEEE International Standard--Health informatics--Device interoperability--Part 10103: Nomenclature, implantable device, cardiac

IEEE Std 11073-10103-2025 是电气电子工程师学会的技术标准，题为“ISO/IEEE International Standard--Health informatics--Device interoperability--Part 10103: Nomenclature, implantable device, cardiac”；公开目录标为现行（Active），已批准（Approved），著录年份为 2025 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=11258605 standard_number=11073-10103-2025; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:21+08:00 2026-11-01T21:07:21+08:00 user:admin 1 **IEEE Std 11073-10103-2025**（ISO/IEEE International Standard--Health informatics--Device interoperability--Part 10103: Nomenclature, implantable device, cardiac）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2025 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10103-2025.html en true zh standard 2025 year 2025年 英语 work_ieee_11073_10201_2018_8734167 work ieee-std-11073-10201-2018-8734167 11073-10201-2018 11073-10201-2018 - IEEE Standard for Health Informatics - Point-of-care medical device communication - Part 10201: Domain Information Model

IEEE Std 11073-10201-2018 是电气电子工程师学会的技术标准，题为“IEEE Standard for Health Informatics - Point-of-care medical device communication - Part 10201: Domain Information Model”；公开目录标为现行（Active），已批准（Approved），著录年份为 2019 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=8734167 standard_number=11073-10201-2018; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:21+08:00 2026-11-01T21:07:21+08:00 user:admin 1 **IEEE Std 11073-10201-2018**（IEEE Standard for Health Informatics - Point-of-care medical device communication - Part 10201: Domain Information Model）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2019 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]]。 /works/ieee-std-11073-10201-2018-8734167.html en true zh standard 2019 year 2019年 英语 work_ieee_11073_10101b_2023 work ieee-std-11073-10101b-2023 11073-10101b-2023 11073-10101b-2023 - IEEE Standard for Health Informatics--Device Interoperability Part 10101: Foundational--Nomenclature Amendment 1: Additional definitions

IEEE Std 11073-10101b-2023 是电气电子工程师学会的技术标准，题为“IEEE Standard for Health Informatics--Device Interoperability Part 10101: Foundational--Nomenclature Amendment 1: Additional definitions”；公开目录标为现行（Active），已批准（Approved），著录年份为 2024 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10388280 standard_number=11073-10101b-2023; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:03+08:00 2026-11-01T21:07:03+08:00 user:admin 1 **IEEE Std 11073-10101b-2023**（IEEE Standard for Health Informatics--Device Interoperability Part 10101: Foundational--Nomenclature Amendment 1: Additional definitions）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2024 年，主题领域包括 Communication, Networking and Broadcast Technologies、Bioengineering、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10101b-2023.html en true zh standard 2024 year 2024年 英语 work_ieee_1082_2017 work ieee-std-1082-2017 1082-2017 1082-2017 - IEEE Guide for Incorporating Human Reliability Analysis into Probabilistic Risk Assessments for Nuclear Power Generating Stations and Other Nuclear Facilities

IEEE Std 1082-2017 是电气电子工程师学会的技术标准，题为“IEEE Guide for Incorporating Human Reliability Analysis into Probabilistic Risk Assessments for Nuclear Power Generating Stations and Other Nuclear Facilities”；公开目录标为现行（Active），已批准（Approved），著录年份为 2018 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=8332119 standard_number=1082-2017; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:02+08:00 2026-11-01T21:07:02+08:00 user:admin 1 **IEEE Std 1082-2017**（IEEE Guide for Incorporating Human Reliability Analysis into Probabilistic Risk Assessments for Nuclear Power Generating Stations and Other Nuclear Facilities）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2018 年，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]]。 /works/ieee-std-1082-2017.html en true zh standard 2018 year 2018年 英语 work_ieee_1106_2005_10536 work ieee-std-1106-2005-10536 1106-2005 1106-2005 - IEEE Recommended Practice for Installation, Maintenance, Testing, and Replacement of Vented Nickel-Cadmium Batteries for Stationary Applications

IEEE Std 1106-2005 是电气电子工程师学会的技术标准，题为“IEEE Recommended Practice for Installation, Maintenance, Testing, and Replacement of Vented Nickel-Cadmium Batteries for Stationary Applications”；公开目录标为现行（Active），已批准（Approved），著录年份为 2005 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10536 standard_number=1106-2005; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:02+08:00 2026-11-01T21:07:02+08:00 user:admin 1 **IEEE Std 1106-2005**（IEEE Recommended Practice for Installation, Maintenance, Testing, and Replacement of Vented Nickel-Cadmium Batteries for Stationary Applications）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2005 年，主题领域包括 Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1106-2005-10536.html en true zh standard 2005 year 2005年 英语 work_ieee_11073_10101_2004_amd_1_2017 work ieee-std-11073-10101-2004-amd-1-2017 11073-10101-2004/Amd 1-2017 11073-10101-2004/Amd 1-2017 - ISO/IEEE International Standard - Health informatics -- Point-of-care medical device communication -- Part 10101: Nomenclature AMENDMENT 1: Additional definitions

IEEE Std 11073-10101-2004/Amd 1-2017 是电气电子工程师学会的技术标准，题为“ISO/IEEE International Standard - Health informatics -- Point-of-care medical device communication -- Part 10101: Nomenclature AMENDMENT 1: Additional definitions”；公开目录标为现行（Active），已批准（Approved），著录年份为 2018 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=8330782 standard_number=11073-10101-2004/Amd 1-2017; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:02+08:00 2026-11-01T21:07:02+08:00 user:admin 1 **IEEE Std 11073-10101-2004/Amd 1-2017**（ISO/IEEE International Standard - Health informatics -- Point-of-care medical device communication -- Part 10101: Nomenclature AMENDMENT 1: Additional definitions）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2018 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10101-2004-amd-1-2017.html en true zh standard 2018 year 2018年 英语 work_ieee_11073_10101_2019_8863788 work ieee-std-11073-10101-2019-8863788 11073-10101-2019 11073-10101-2019 - IEEE Standard for Health informatics--Point-of-care medical device communication - Part 10101: Nomenclature

IEEE Std 11073-10101-2019 是电气电子工程师学会的技术标准，题为“IEEE Standard for Health informatics--Point-of-care medical device communication - Part 10101: Nomenclature”；公开目录标为现行（Active），已批准（Approved），著录年份为 2019 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=8863788 standard_number=11073-10101-2019; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:02+08:00 2026-11-01T21:07:02+08:00 user:admin 1 **IEEE Std 11073-10101-2019**（IEEE Standard for Health informatics--Point-of-care medical device communication - Part 10101: Nomenclature）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2019 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10101-2019-8863788.html en true zh standard 2019 year 2019年 英语 work_ieee_11073_10101_2020 work ieee-std-11073-10101-2020 11073-10101-2020 11073-10101-2020 - ISO/IEEE International Standard - Health informatics-Device interoperability-Part 10101: Point-of-care medical device communication-Nomenclature

IEEE Std 11073-10101-2020 是电气电子工程师学会的技术标准，题为“ISO/IEEE International Standard - Health informatics-Device interoperability-Part 10101: Point-of-care medical device communication-Nomenclature”；公开目录标为现行（Active），已批准（Approved），著录年份为 2020 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=9184349 standard_number=11073-10101-2020; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:02+08:00 2026-11-01T21:07:02+08:00 user:admin 1 **IEEE Std 11073-10101-2020**（ISO/IEEE International Standard - Health informatics-Device interoperability-Part 10101: Point-of-care medical device communication-Nomenclature）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2020 年，主题领域包括 Bioengineering、Communication, Networking and Broadcast Technologies、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-11073-10101-2020.html en true zh standard 2020 year 2020年 英语 work_ieee_1071_2019 work ieee-std-1071-2019 1071-2019 1071-2019 - IEEE Application Guide for an Engineered Restoration Program for Failed Transmission Structures

IEEE Std 1071-2019 是电气电子工程师学会的技术标准，题为“IEEE Application Guide for an Engineered Restoration Program for Failed Transmission Structures”；公开目录标为现行（Active），已批准（Approved），著录年份为 2020 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=9062650 standard_number=1071-2019; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:01+08:00 2026-11-01T21:07:01+08:00 user:admin 1 **IEEE Std 1071-2019**（IEEE Application Guide for an Engineered Restoration Program for Failed Transmission Structures）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2020 年，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]]。 /works/ieee-std-1071-2019.html en true zh standard 2020 year 2020年 英语 work_ieee_1076_1_2017 work ieee-std-1076-1-2017 1076.1-2017 1076.1-2017 - IEEE Standard VHDL Analog and Mixed-Signal Extensions

IEEE Std 1076.1-2017 是电气电子工程师学会的技术标准，题为“IEEE Standard VHDL Analog and Mixed-Signal Extensions”；公开目录标为现行（Active），已批准（Approved），著录年份为 2018 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=8267462 standard_number=1076.1-2017; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:01+08:00 2026-11-01T21:07:01+08:00 user:admin 1 **IEEE Std 1076.1-2017**（IEEE Standard VHDL Analog and Mixed-Signal Extensions）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2018 年，主题领域包括 Signal Processing and Analysis、Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1076-1-2017.html en true zh standard 2018 year 2018年 英语 work_ieee_1076_2002 work ieee-std-1076-2002 1076-2002 1076-2002 - IEEE Standard VHDL Language Reference Manual

IEEE Std 1076-2002 是电气电子工程师学会的技术标准，题为“IEEE Standard VHDL Language Reference Manual”；公开目录标为现行（Active），著录年份为 2002 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=7863 standard_number=1076-2002; status=Active; modifier= s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:01+08:00 2026-11-01T21:07:01+08:00 user:admin 1 **IEEE Std 1076-2002**（IEEE Standard VHDL Language Reference Manual）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），著录年份为 2002 年，主题领域包括 General Topics for Engineers、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1076-2002.html en true zh standard 2002 year 2002年 英语 work_ieee_1076_2019_8938194 work ieee-std-1076-2019-8938194 1076-2019 1076-2019 - IEEE Standard for VHDL Language Reference Manual

IEEE Std 1076-2019 是电气电子工程师学会的技术标准，题为“IEEE Standard for VHDL Language Reference Manual”；公开目录标为现行（Active），已批准（Approved），著录年份为 2019 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=8938194 standard_number=1076-2019; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:01+08:00 2026-11-01T21:07:01+08:00 user:admin 1 **IEEE Std 1076-2019**（IEEE Standard for VHDL Language Reference Manual）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2019 年，主题领域包括 Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1076-2019-8938194.html en true zh standard 2019 year 2019年 英语 work_ieee_1076_4_2000 work ieee-std-1076-4-2000 1076.4-2000 1076.4-2000 - IEEE Standard VITAL ASIC (Application Specific Integrated Circuit) Modeling Specification

IEEE Std 1076.4-2000 是电气电子工程师学会的技术标准，题为“IEEE Standard VITAL ASIC (Application Specific Integrated Circuit) Modeling Specification”；公开目录标为现行（Active），著录年份为 2001 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=7574 standard_number=1076.4-2000; status=Active; modifier= s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:01+08:00 2026-11-01T21:07:01+08:00 user:admin 1 **IEEE Std 1076.4-2000**（IEEE Standard VITAL ASIC (Application Specific Integrated Circuit) Modeling Specification）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），著录年份为 2001 年，主题领域包括 General Topics for Engineers、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1076-4-2000.html en true zh standard 2001 year 2001年 英语 work_ieee_1048a_2021 work ieee-std-1048a-2021 1048a-2021 1048a-2021 - IEEE Guide for Protective Grounding of Power Lines - Amendment 1

IEEE Std 1048a-2021 是电气电子工程师学会的技术标准，题为“IEEE Guide for Protective Grounding of Power Lines - Amendment 1”；公开目录标为现行（Active），已批准（Approved），著录年份为 2021 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=9373059 standard_number=1048a-2021; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:00+08:00 2026-11-01T21:07:00+08:00 user:admin 1 **IEEE Std 1048a-2021**（IEEE Guide for Protective Grounding of Power Lines - Amendment 1）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2021 年，主题领域包括 Components, Circuits, Devices and Systems、Engineered Materials, Dielectrics and Plasmas、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1048a-2021.html en true zh standard 2021 year 2021年 英语 work_ieee_1048b_2024 work ieee-std-1048b-2024 1048b-2024 1048b-2024 - IEEE Guide for Protective Grounding of Power Lines Amendment b: Differentiating the Fabric Carrier Mat and the Rigid Carrier Mat

IEEE Std 1048b-2024 是电气电子工程师学会的技术标准，题为“IEEE Guide for Protective Grounding of Power Lines Amendment b: Differentiating the Fabric Carrier Mat and the Rigid Carrier Mat”；公开目录标为现行（Active），已批准（Approved），著录年份为 2024 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10794627 standard_number=1048b-2024; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:00+08:00 2026-11-01T21:07:00+08:00 user:admin 1 **IEEE Std 1048b-2024**（IEEE Guide for Protective Grounding of Power Lines Amendment b: Differentiating the Fabric Carrier Mat and the Rigid Carrier Mat）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2024 年，主题领域包括 Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1048b-2024.html en true zh standard 2024 year 2024年 英语 work_ieee_1052_2018 work ieee-std-1052-2018 1052-2018 1052-2018 - IEEE Guide for Specification of Transmission Static Synchronous Compensator (STATCOM) Systems

IEEE Std 1052-2018 是电气电子工程师学会的技术标准，题为“IEEE Guide for Specification of Transmission Static Synchronous Compensator (STATCOM) Systems”；公开目录标为现行（Active），已批准（Approved），著录年份为 2019 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=8694182 standard_number=1052-2018; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:00+08:00 2026-11-01T21:07:00+08:00 user:admin 1 **IEEE Std 1052-2018**（IEEE Guide for Specification of Transmission Static Synchronous Compensator (STATCOM) Systems）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2019 年，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]]。 /works/ieee-std-1052-2018.html en true zh standard 2019 year 2019年 英语 work_ieee_1057_2017_8291739 work ieee-std-1057-2017-8291739 1057-2017 1057-2017 - IEEE Standard for Digitizing Waveform Recorders

IEEE Std 1057-2017 是电气电子工程师学会的技术标准，题为“IEEE Standard for Digitizing Waveform Recorders”；公开目录标为现行（Active），已批准（Approved），著录年份为 2018 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=8291739 standard_number=1057-2017; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:07:00+08:00 2026-11-01T21:07:00+08:00 user:admin 1 **IEEE Std 1057-2017**（IEEE Standard for Digitizing Waveform Recorders）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2018 年，主题领域包括 Components, Circuits, Devices and Systems、Computing and Processing、Communication, Networking and Broadcast Technologies[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1057-2017-8291739.html en true zh standard 2018 year 2018年 英语 work_ieee_1036_2020_9373056 work ieee-std-1036-2020-9373056 1036-2020 1036-2020 - IEEE Guide for the Application of Shunt Power Capacitors

IEEE Std 1036-2020 是电气电子工程师学会的技术标准，题为“IEEE Guide for the Application of Shunt Power Capacitors”；公开目录标为现行（Active），已批准（Approved），著录年份为 2021 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=9373056 standard_number=1036-2020; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:59+08:00 2026-11-01T21:06:59+08:00 user:admin 1 **IEEE Std 1036-2020**（IEEE Guide for the Application of Shunt Power Capacitors）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2021 年，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]]。 /works/ieee-std-1036-2020-9373056.html en true zh standard 2021 year 2021年 英语 work_ieee_1043_2025 work ieee-std-1043-2025 1043-2025 1043-2025 - IEEE Recommended Practice for Voltage-Endurance Testing of Form-Wound Bars and Coils

IEEE Std 1043-2025 是电气电子工程师学会的技术标准，题为“IEEE Recommended Practice for Voltage-Endurance Testing of Form-Wound Bars and Coils”；公开目录标为现行（Active），已批准（Approved），著录年份为 2026 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=11536953 standard_number=1043-2025; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:59+08:00 2026-11-01T21:06:59+08:00 user:admin 1 **IEEE Std 1043-2025**（IEEE Recommended Practice for Voltage-Endurance Testing of Form-Wound Bars and Coils）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2026 年，主题领域包括 Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1043-2025.html en true zh standard 2026 year 2026年 英语 work_ieee_1048_2016 work ieee-std-1048-2016 1048-2016 1048-2016 - IEEE Guide for Protective Grounding of Power Lines

IEEE Std 1048-2016 是电气电子工程师学会的技术标准，题为“IEEE Guide for Protective Grounding of Power Lines”；公开目录标为现行（Active），已批准（Approved），著录年份为 2016 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=7795139 standard_number=1048-2016; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:59+08:00 2026-11-01T21:06:59+08:00 user:admin 1 **IEEE Std 1048-2016**（IEEE Guide for Protective Grounding of Power Lines）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2016 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]]。 /works/ieee-std-1048-2016.html en true zh standard 2016 year 2016年 英语 work_ieee_1017_3_2021_9690119 work ieee-std-1017-3-2021-9690119 1017.3-2021 1017.3-2021 - IEEE Recommended Practice for Specifying Electric Submersible Pump Cable--Polypropylene Insulation

IEEE Std 1017.3-2021 是电气电子工程师学会的技术标准，题为“IEEE Recommended Practice for Specifying Electric Submersible Pump Cable--Polypropylene Insulation”；公开目录标为现行（Active），已批准（Approved），著录年份为 2022 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=9690119 standard_number=1017.3-2021; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:58+08:00 2026-11-01T21:06:58+08:00 user:admin 1 **IEEE Std 1017.3-2021**（IEEE Recommended Practice for Specifying Electric Submersible Pump Cable--Polypropylene Insulation）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2022 年，主题领域包括 Components, Circuits, Devices and Systems、Fields, Waves and Electromagnetics、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1017-3-2021-9690119.html en true zh standard 2022 year 2022年 英语 work_ieee_1017_4_2023 work ieee-std-1017-4-2023 1017.4-2023 1017.4-2023 - IEEE Recommended Practice for Testing and Rating of Electrical Submersible Pump Motors

IEEE Std 1017.4-2023 是电气电子工程师学会的技术标准，题为“IEEE Recommended Practice for Testing and Rating of Electrical Submersible Pump Motors”；公开目录标为现行（Active），已批准（Approved），著录年份为 2023 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10352391 standard_number=1017.4-2023; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:58+08:00 2026-11-01T21:06:58+08:00 user:admin 1 **IEEE Std 1017.4-2023**（IEEE Recommended Practice for Testing and Rating of Electrical Submersible Pump Motors）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2023 年，主题领域包括 Components, Circuits, Devices and Systems、Power, Energy and Industry Applications、Fields, Waves and Electromagnetics[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1017-4-2023.html en true zh standard 2023 year 2023年 英语 work_ieee_1020_2023_10235761 work ieee-std-1020-2023-10235761 1020-2023 1020-2023 - IEEE Guide for Control of Small (100 kVA to 5 MVA) Hydroelectric Power Plants

IEEE Std 1020-2023 是电气电子工程师学会的技术标准，题为“IEEE Guide for Control of Small (100 kVA to 5 MVA) Hydroelectric Power Plants”；公开目录标为现行（Active），已批准（Approved），著录年份为 2023 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10235761 standard_number=1020-2023; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:58+08:00 2026-11-01T21:06:58+08:00 user:admin 1 **IEEE Std 1020-2023**（IEEE Guide for Control of Small (100 kVA to 5 MVA) Hydroelectric Power Plants）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2023 年，主题领域包括 Geoscience、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1020-2023-10235761.html en true zh standard 2023 year 2023年 英语 work_ieee_1023_2020_9361512 work ieee-std-1023-2020-9361512 1023-2020 1023-2020 - IEEE Recommended Practice for the Application of Human Factors Engineering to Systems, Equipment, and Facilities of Nuclear Power Generating Stations and Other Nuclear Facilities

IEEE Std 1023-2020 是电气电子工程师学会的技术标准，题为“IEEE Recommended Practice for the Application of Human Factors Engineering to Systems, Equipment, and Facilities of Nuclear Power Generating Stations and Other Nuclear Facilities”；公开目录标为现行（Active），已批准（Approved），著录年份为 2021 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=9361512 standard_number=1023-2020; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:58+08:00 2026-11-01T21:06:58+08:00 user:admin 1 **IEEE Std 1023-2020**（IEEE Recommended Practice for the Application of Human Factors Engineering to Systems, Equipment, and Facilities of Nuclear Power Generating Stations and Other Nuclear Facilities）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2021 年，主题领域包括 Computing and Processing、General Topics for Engineers、Nuclear Engineering[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1023-2020-9361512.html en true zh standard 2021 year 2021年 英语 work_ieee_1010_2022_10101738 work ieee-std-1010-2022-10101738 1010-2022 1010-2022 - IEEE Guide for Control of Hydroelectric Power Plants

IEEE Std 1010-2022 是电气电子工程师学会的技术标准，题为“IEEE Guide for Control of Hydroelectric Power Plants”；公开目录标为现行（Active），已批准（Approved），著录年份为 2023 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10101738 standard_number=1010-2022; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:57+08:00 2026-11-01T21:06:57+08:00 user:admin 1 **IEEE Std 1010-2022**（IEEE Guide for Control of Hydroelectric Power Plants）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2023 年，主题领域包括 Power, Energy and Industry Applications、Geoscience[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1010-2022-10101738.html en true zh standard 2023 year 2023年 英语 work_ieee_1012_2024 work ieee-std-1012-2024 1012-2024 1012-2024 - IEEE Standard for System, Software, and Hardware Verification and Validation

IEEE Std 1012-2024 是电气电子工程师学会的技术标准，题为“IEEE Standard for System, Software, and Hardware Verification and Validation”；公开目录标为现行（Active），已批准（Approved），著录年份为 2025 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=11134778 standard_number=1012-2024; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:57+08:00 2026-11-01T21:06:57+08:00 user:admin 1 **IEEE Std 1012-2024**（IEEE Standard for System, Software, and Hardware Verification and Validation）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2025 年，主题领域包括 Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1012-2024.html en true zh standard 2025 year 2025年 英语 work_ieee_1013_2019_8845028 work ieee-std-1013-2019-8845028 1013-2019 1013-2019 - IEEE Recommended Practice for Sizing Lead-Acid Batteries for Stand-Alone Photovoltaic (PV) Systems

IEEE Std 1013-2019 是电气电子工程师学会的技术标准，题为“IEEE Recommended Practice for Sizing Lead-Acid Batteries for Stand-Alone Photovoltaic (PV) Systems”；公开目录标为现行（Active），已批准（Approved），著录年份为 2019 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=8845028 standard_number=1013-2019; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:57+08:00 2026-11-01T21:06:57+08:00 user:admin 1 **IEEE Std 1013-2019**（IEEE Recommended Practice for Sizing Lead-Acid Batteries for Stand-Alone Photovoltaic (PV) Systems）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2019 年，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]]。 /works/ieee-std-1013-2019-8845028.html en true zh standard 2019 year 2019年 英语 work_ieee_1017_1_2021_9686659 work ieee-std-1017-1-2021-9686659 1017.1-2021 1017.1-2021 - IEEE Recommended Practice for Testing of Electric Submersible Pump Cable

IEEE Std 1017.1-2021 是电气电子工程师学会的技术标准，题为“IEEE Recommended Practice for Testing of Electric Submersible Pump Cable”；公开目录标为现行（Active），已批准（Approved），著录年份为 2022 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=9686659 standard_number=1017.1-2021; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:57+08:00 2026-11-01T21:06:57+08:00 user:admin 1 **IEEE Std 1017.1-2021**（IEEE Recommended Practice for Testing of Electric Submersible Pump Cable）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2022 年，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]]。 /works/ieee-std-1017-1-2021-9686659.html en true zh standard 2022 year 2022年 英语 work_ieee_1017_2_2021_9686665 work ieee-std-1017-2-2021-9686665 1017.2-2021 1017.2-2021 - IEEE Recommended Practice for Specifying Electric Submersible Pump Cable--Ethylene-Propylene Rubber Insulation

IEEE Std 1017.2-2021 是电气电子工程师学会的技术标准，题为“IEEE Recommended Practice for Specifying Electric Submersible Pump Cable--Ethylene-Propylene Rubber Insulation”；公开目录标为现行（Active），已批准（Approved），著录年份为 2022 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=9686665 standard_number=1017.2-2021; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:57+08:00 2026-11-01T21:06:57+08:00 user:admin 1 **IEEE Std 1017.2-2021**（IEEE Recommended Practice for Specifying Electric Submersible Pump Cable--Ethylene-Propylene Rubber Insulation）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2022 年，主题领域包括 Components, Circuits, Devices and Systems、Fields, Waves and Electromagnetics、Power, Energy and Industry Applications[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1017-2-2021-9686665.html en true zh standard 2022 year 2022年 英语 work_ieee_1003_1_2016_edition work ieee-std-1003-1-2016-edition 1003.1, 2016 Edition 1003.1, 2016 Edition - IEEE Standard for Information Technology—Portable Operating System Interface (POSIX(TM)) Base Specifications, Issue 7

IEEE Std 1003.1, 2016 Edition 是电气电子工程师学会的技术标准，题为“IEEE Standard for Information Technology—Portable Operating System Interface (POSIX(TM)) Base Specifications, Issue 7”；公开目录标为现行（Active），已批准（Approved），著录年份为 2016 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=7582336 standard_number=1003.1, 2016 Edition; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:56+08:00 2026-11-01T21:06:56+08:00 user:admin 1 **IEEE Std 1003.1, 2016 Edition**（IEEE Standard for Information Technology—Portable Operating System Interface (POSIX(TM)) Base Specifications, Issue 7）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2016 年，主题领域包括 Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1003-1-2016-edition.html en true zh standard 2016 year 2016年 英语 work_ieee_1003_1_2024 work ieee-std-1003-1-2024 1003.1-2024 1003.1-2024 - IEEE/Open Group Standard for Information Technology--Portable Operating System Interface (POSIX™) Base Specifications, Issue 8

IEEE Std 1003.1-2024 是电气电子工程师学会的技术标准，题为“IEEE/Open Group Standard for Information Technology--Portable Operating System Interface (POSIX™) Base Specifications, Issue 8”；公开目录标为现行（Active），已批准（Approved），著录年份为 2024 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=10555527 standard_number=1003.1-2024; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:56+08:00 2026-11-01T21:06:56+08:00 user:admin 1 **IEEE Std 1003.1-2024**（IEEE/Open Group Standard for Information Technology--Portable Operating System Interface (POSIX™) Base Specifications, Issue 8）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2024 年，主题领域包括 Computing and Processing[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1003-1-2024.html en true zh standard 2024 year 2024年 英语 work_ieee_1003_1_2013_edition work ieee-std-1003-1-2013-edition 1003.1, 2013 Edition 1003.1, 2013 Edition - Standard for Information Technology—Portable Operating System Interface (POSIX(TM)) Base Specifications, Issue 7

IEEE Std 1003.1, 2013 Edition 是电气电子工程师学会的技术标准，题为“Standard for Information Technology—Portable Operating System Interface (POSIX(TM)) Base Specifications, Issue 7”；公开目录标为现行（Active），著录年份为 2013 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=6506089 standard_number=1003.1, 2013 Edition; status=Active; modifier= s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:49+08:00 2026-11-01T21:06:49+08:00 user:admin 1 **IEEE Std 1003.1, 2013 Edition**（Standard for Information Technology—Portable Operating System Interface (POSIX(TM)) Base Specifications, Issue 7）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），著录年份为 2013 年，主题领域包括 Computing and Processing、Components, Circuits, Devices and Systems[^s1]。参见[[concept_ieee_standards|IEEE 标准]]。 /works/ieee-std-1003-1-2013-edition.html en true zh standard 2013 year 2013年 英语 work_ieee_1_2026 work ieee-std-1-2026 1-2026 1-2026 - IEEE Recommended Practice for General Principles for Temperature Limits in the Rating of Electrical Equipment and for the Evaluation of Electrical Insulation

IEEE Std 1-2026 是电气电子工程师学会的技术标准，题为“IEEE Recommended Practice for General Principles for Temperature Limits in the Rating of Electrical Equipment and for the Evaluation of Electrical Insulation”；公开目录标为现行（Active），已批准（Approved），著录年份为 2026 年。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/servlet/opac?punumber=11664612 standard_number=1-2026; status=Active; modifier=Approved s2 IEEE 2026-11-01 https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:06:28+08:00 2026-11-01T21:06:28+08:00 user:admin 1 **IEEE Std 1-2026**（IEEE Recommended Practice for General Principles for Temperature Limits in the Rating of Electrical Equipment and for the Evaluation of Electrical Insulation）是[[organization_ieee|电气电子工程师学会]]的技术标准。公开目录将其标为现行（Active），已批准（Approved），著录年份为 2026 年，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]]。 /works/ieee-std-1-2026.html en true zh standard 2026 year 2026年 英语 concept_ieee_standards concept ieee-standards IEEE Standards IEEE Std 电气电子工程师学会标准

IEEE 标准是电气电子工程师学会发布的技术标准文献集合，涵盖通信、电力、计算与电磁兼容等领域；公开目录以 KBART 列表提供编号、题名、状态与 IEEE Xplore 题录链接。

published category-science-technology tag-ieee-standard s1 IEEE https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01 下载 s2 IEEE Xplore Help https://ieeexplore.ieee.org/Xplorehelp/discovery-services/kbart-title-lists s3 IEEE https://standards.ieee.org/ s4 Wikipedia https://en.wikipedia.org/wiki/Institute_of_Electrical_and_Electronics_Engineers 2026-11-01T21:05:58+08:00 2026-11-01T21:05:58+08:00 user:admin 1 **IEEE 标准**是[[organization_ieee|电气电子工程师学会]]（IEEE）通过其标准化活动发布的技术标准文献[^s3][^s4]。 ## 定义与范围 公开机读目录「IEEE Xplore All Standards」以 KBART 格式列出标准编号、题名、出版年份、状态（如 Active、Superseded、Inactive）及 IEEE Xplore 题录链接等元数据，不提供付费全文[^s1][^s2]。本知识库按该目录逐条建立标准词条（work，workKind=standard），每条保留官方目录出处。 ## 沿革 IEEE 由 AIEE 与 IRE 于1963年合并成立后继续并扩展标准制定；现行与历史版本均出现在 Xplore 标准集合中[^s4][^s1]。 ## 相关概念 词条之间以发布机构、主题关系连接；同一标准号的多年版本各自成条或在正文互相链接，以便维护。 /concepts/ieee-standards.html en true zh theme 本条为总览；各标准号以独立 work 词条著录，勿仅在本条列表省略。 organization_ieee organization ieee IEEE Institute of Electrical and Electronics Engineers 电气和电子工程师协会

电气电子工程师学会（IEEE）是1963年由美国电气工程师学会与无线电工程师学会合并成立的专业技术协会，总部位于纽约，从事电气、电子及相关领域的标准制定、会议与学术出版。

published category-science-technology tag-ieee-standard tag-publishing s1 Wikipedia https://en.wikipedia.org/wiki/Institute_of_Electrical_and_Electronics_Engineers 2026-11-01 访问 s2 IEEE https://www.ieee.org/ s3 IEEE https://ieeexplore.ieee.org/otherfiles/IEEEXplore_Global_All-Standards.txt 2026-11-01T21:05:52+08:00 2026-11-01T21:05:52+08:00 user:admin 1 **电气电子工程师学会**（Institute of Electrical and Electronics Engineers，简称 IEEE）是1963年1月1日由美国电气工程师学会（AIEE）与无线电工程师学会（IRE）合并成立的专业技术协会，面向电气工程、电子工程及相关学科[^s1]。 ## 沿革 该会可追溯至1884年成立的 AIEE；1912年另成立 IRE。两会于1963年合并为 IEEE[^s1]。总会设在纽约，1975年起主要业务在新泽西州皮斯卡特维的运营中心开展[^s1]。 ## 职能与业务 IEEE 发布同行评议期刊与会议录，并通过标准化委员会制定技术标准；相关内容可在 IEEE Xplore 平台检索[^s1][^s3]。标准公开目录（KBART）列出标准编号、题名、状态与题录链接等元数据[^s3]。 ## 现状 据公开介绍，该会为美国 501(c)(3) 公益性专业协会，全球会员逾48.6万[^s1]。官网为 https://www.ieee.org/ [^s2]。 /organizations/ieee.html en true zh 专业协会 1963 1 1 day 1963年1月1日 active 美国纽约市公园大道3号；业务运营中心位于新泽西州皮斯卡特维。 organization_mogox organization mogox Mogu Chelián Mogo Auto

MOGOX (蘑菇车联), founded in 2017, is an autonomous driving company whose core shareholders include Tencent, SF Express, JD.com, CITIC Capital and several state-owned investment platforms. It develops Level 4 autonomous buses (RoboBus) and integrated sensing-communication-computing road digitisation solutions, operating in more than twenty Chinese cities and in Singapore and Europe.

published category-road-transport tag-autonomous-driving s1 蘑菇车联 https://www.mogox.com/about/ 公司简介与发展历程 s2 MOGOX http://www.mogox.com/en/about Company profile and journey 2026-11-01T00:18:40+08:00 2026-11-01T00:18:40+08:00 user:admin 4 ## Overview MOGOX (蘑菇车联) was founded in 2017 with core shareholders including Tencent, SF Express, JD.com, CITIC Capital and several local state-owned investment platforms. It develops Level 4 autonomous buses (RoboBus) and other autonomous vehicle models, and provides integrated "sensing-communication-computing" road digitisation solutions that supply roadside data for end-to-end autonomous driving training. ## Business and deployment MOGOX autonomous vehicle models operate in more than twenty Chinese cities including Beijing, Shanghai and Tianjin, serving scenic area shuttles, campus commuting and urban micro-circulation routes. In October 2025 it won Singapore's first official Level 4 autonomous bus project, and in March 2026 the new-generation MOGOBUS entered service in Singapore as the country's first autonomous public bus. During 2026 it signed cooperation agreements with ComfortDelGro Bus in Singapore, the Luxembourg public transport operator Sales-Lentz and the French automotive brand CLEMENT BAYARD to commercialise autonomous buses overseas. ## Technology Its technology stack includes end-to-end AI models, hybrid architectures and physical-world cognitive models. In July 2025 the company released the multimodal model MogoMind at the World Artificial Intelligence Conference. ## Related entries [[organization_luobo_kuaipao|Apollo Go]], [[organization_pony_ai|Pony AI]], [[organization_weride|WeRide]], [[concept_robotaxi|Robotaxi]] /organizations/mogox.html en zh en bus_operator 2017 year 2017年 active organization_weride organization weride WeRide Inc. Wenyuan Zhixing

WeRide (文远知行) is an autonomous driving technology company founded in 2017 and headquartered in Guangzhou. Its products span Robotaxi, Robobus, Robovan, Robosweeper and ADAS; it listed on Nasdaq in 2024 (WRD) and in Hong Kong in 2025 (0800.HK).

published category-road-transport tag-autonomous-driving tag-robotaxi s1 文远知行 https://www.weride.ai/zh/about 公司简介与管理团队 s2 文远知行投资者关系 2025-11-06 https://ir.weride.ai/zh-hant/news-releases/news-release-details/weride-lists-hong-kong-stock-exchange-becoming-worlds-first s3 https://zh.wikipedia.org/wiki/%E6%96%87%E8%BF%9C%E7%9F%A5%E8%A1%8C 信息框：总部 广东省广州市黄埔区 2026-11-01T00:16:29+08:00 2026-11-01T00:37:17+08:00 user:admin 10 ## Overview WeRide (文远知行), founded in 2017 and based in Guangzhou, builds autonomous driving technology on its in-house WeRide One general-purpose platform. Its products cover three scenarios — smart mobility, smart freight and smart sanitation — with Robotaxi, Robobus, Robosweeper, Robovan and ADAS solutions. ## Capital and listings On 25 October 2024 WeRide listed on Nasdaq under the ticker WRD. On 6 November 2025 it listed on the Hong Kong Stock Exchange under code 0800.HK, becoming the first autonomous driving company with a dual primary listing in the United States and Hong Kong. ## Business and global footprint In China, WeRide's Robotaxi service operates commercially with no safety driver in Guangzhou and Beijing and provides service at transport hubs such as airports and railway stations. The company runs commercial Robotaxi operations with Uber in the Middle East and has deployed Level 4 fleets in several European countries. It says its products hold autonomous driving permits in China, the UAE, Singapore, France, Saudi Arabia, Belgium and the United States. ## Related entries [[person_han_xu|Han Xu]], [[organization_pony_ai|Pony AI]], [[organization_luobo_kuaipao|Apollo Go]], [[organization_uber|Uber]], [[concept_robotaxi|Robotaxi]] /organizations/weride.html en zh en company 2017 year 2017年 active Guangzhou, Guangdong (International Bio Island, Huangpu District) line_operator 广州巴士集团有限公司 line_status 示范应用 / 商业运营（部分线路） line_opened 2023-12-30（五条便民线示范应用收费） concept_guangzhou_autonomous_bus concept guangzhou-autonomous-bus 广州无人驾驶公交 广州Robobus 广州自动驾驶便民线

广州自动驾驶巴士是由广州巴士集团等运营、以 L4 级自动驾驶小巴/巴士在划定区域提供公交化载客服务的示范与商业运营项目；2023 年底起规模化示范应用，技术合作方主要包括文远知行，线路覆盖黄埔、海珠、天河、南沙、越秀等区域。

published category-road-transport category-transit tag-robobus tag-autonomous-driving tag-bus s1 广州日报（广州市人民政府网站转载） 2023-12-28 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_9409425.html s2 广州日报（广州市人民政府网站转载） 2025-02-12 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_10111824.html s3 央广网 2026-03-28 https://www.cnr.cn/gd/xgyxgd/20260328/t20260328_527565555.shtml s4 广州日报（广州市人民政府网站转载） 2026-10-08 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_11030318.html s5 金羊网 / 羊城晚报 2025-05-22 https://news.ycwb.com/ikinvkntii/content_53424405.htm s6 文远知行 https://www.weride.ai/zh/posts/h640p9d3ajzf6suaajvq9msw 2026-11-01T11:23:10+08:00 2026-11-01T11:26:03+08:00 user:admin 2 **广州自动驾驶巴士**是[[place_guangzhou|广州市]]以 L4 级自动驾驶小巴（及测试中的更大车型）提供公交化载客服务的示范与商业运营体系，主要由[[organization_guangzhou_bus_group|广州巴士集团]]运营，技术合作方包括[[organization_weride|文远知行]]等[^s1][^s3]。 ## 概况 2023 年 12 月 30 日起，生物岛 1 线、生物岛 2 线、知识城雍景湾便民线、广州塔路线、琶洲环线等 5 条自动驾驶便民线正式进入示范应用，市民可刷羊城通乘车；同期开放 BRT 夏园—文园及生物岛夜班线等试运行[^s1]。车辆搭载文远知行全栈方案，最高时速约 40 公里；乘车规则为一人一座、不可站立[^s1]。 安全保障方面，车辆采用 L4 级技术与多传感器融合，每辆巴士配备安全员实时监控[^s2]。 ## 规模与区域 截至 2024 年底，巴士集团已开通 10 条自动驾驶巴士便民线路和亲子研学线路，覆盖黄埔生物岛与知识城、海珠琶洲、天河 BRT 等区域，累计运送乘客突破 113 万人次、运行里程超过 201 万公里[^s2]。2025 年春运（1 月 14 日至 2 月 7 日）各线路累计发班 5875 班次、载客 11325 人次[^s2]。 2025 年，南沙 31 路支线投放自动驾驶小巴，报道称其为全国首条取得自动驾驶示范应用资质的常规公交线路之一；当时项目已投入约 50 辆 L4 小巴[^s5]。文远知行称自 2023 年底起与巴士集团在广州投入 50 辆小巴、先后推出约 10 条商业运营便民线，并开通 BRT 天河段夜间环线[^s6]。 央广网 2026 年 3 月报道称广州公交集团已开通 30 条自动驾驶公交线路，覆盖越秀、天河、海珠、黄埔等区；截至 2026 年 2 月底累计运送乘客超 129 万人次、运行里程突破 252 万公里；在运车型包括约 5.5 米小巴，另有 8.5 米、22 座、核载 64 人的 L4 大巴处于测试阶段[^s3]。 广州市人民政府网站 2026 年 10 月转载报道称，广州巴士集团拥有 L4 自动驾驶巴士 150 辆，累计开通线路 32 条，服务人次超 140 万、运行里程超 280 万公里，并称保持零安全责任事故记录[^s4]。 ## 主要线路 有独立词条的线路包括：[[concept_guangzhou_robobus_shengwudao1|生物岛1线]]、[[concept_guangzhou_robobus_shengwudao2|生物岛2线]]、[[concept_guangzhou_robobus_yongjingwan|知识城雍景湾便民线]]、[[concept_guangzhou_robobus_canton_tower|广州塔路线]]、[[concept_guangzhou_robobus_pazhou|琶洲环线]]、[[concept_guangzhou_robobus_brt_xiayuan_wenyuan|BRT夏园—文园线]]、[[concept_guangzhou_robobus_brt_wenyuan_tangxia|BRT文园—棠下村环线]]、[[concept_guangzhou_robobus_nansha31_branch|南沙31路支线]]。 ## 相关概念 总览属于[[concept_robobus|Robobus（自动驾驶巴士）]]在广州的落地；与同城[[concept_robotaxi|Robotaxi]]业务并行但运营主体与票制不同。 /concepts/guangzhou-autonomous-bus.html en true zh 广州市 bus_network 总览广州市内自动驾驶公交/小巴便民线与示范线路，不含 Robotaxi。 line_opened 2025（报道称近日正式投放运营） line_length 约9公里 line_hours 6:30–21:00 line_operator 广州巴士集团 line_status 运营 line_termini 蕉门公交总站（环线） line_rolling_stock 自动驾驶小巴（报道：5辆；每车限载6人） concept_guangzhou_robobus_nansha31_branch concept guangzhou-robobus-nansha31-branch 南沙31路支线自动驾驶 番南片区自动驾驶巴士

南沙31路支线是广州巴士集团在南沙投放自动驾驶小巴的常规公交环线，2025年报道称正式运营，起讫蕉门公交总站，全长约9公里，票价2元，配备安全员。

published category-road-transport category-transit tag-robobus tag-autonomous-driving tag-bus s1 金羊网 / 羊城晚报 2025-05-22 https://news.ycwb.com/ikinvkntii/content_53424405.htm 南沙31路支线站点、票价、安全员 2026-11-01T11:24:08+08:00 2026-11-01T11:25:44+08:00 user:admin 2 **广州南沙31路支线（自动驾驶）**是[[organization_guangzhou_bus_group|广州巴士集团]]在南沙区以自动驾驶小巴投放运营的常规公交环线；2025 年 5 月报道称正式运营，并称其为全国首条取得自动驾驶示范应用资质的常规公交线路之一[^s1]。 ## 线路走向 起讫站均为蕉门公交总站，途经东湾村站、凤凰大道（市南路口）站、星河东悦湾北门站、市南路站、莹湖公园站、南沙儿童公园站、华师附小（东悦湾校区）站、星河 COCOPark 站等；全长约 9 公里[^s1]。 ## 运营 服务时间每天 6:30–21:00，票价 2 元/人；每车限载 6 名乘客、不设站位，并配备一名安全员；报道称正常行驶时安全员双手可不碰方向盘，突发或车流较大时可接管[^s1]。当时投放车辆为 5 辆自动驾驶小巴[^s1]。 /concepts/guangzhou-robobus-nansha31-branch.html en true zh 广州自动驾驶 bus_route line_length 单向约9公里 line_hours 21:30–22:30，每日发班1次 line_operator 广州巴士集团（技术：文远知行） line_status 商业运营 line_termini BRT文园站—BRT棠下村站（环线） concept_guangzhou_robobus_brt_wenyuan_tangxia concept guangzhou-robobus-brt-wenyuan-tangxia BRT天河段便民线 BRT文园-BRT棠下村环线

BRT文园—棠下村环线是文远知行与广州巴士集团推出的天河段 BRT 自动驾驶夜间便民线，单向约9公里，运营时间约21:30–22:30。

published category-road-transport category-transit tag-robobus tag-autonomous-driving tag-bus s1 文远知行 https://www.weride.ai/zh/posts/h640p9d3ajzf6suaajvq9msw BRT文园-BRT棠下村环线全线站点与运营时间 s2 China Daily 2025-01-16 https://www.chinadaily.com.cn/a/202501/16/WS67886572a310f1265a1db2f9.html Tianhe BRT autonomous shuttle 2026-11-01T11:24:00+08:00 2026-11-01T11:25:38+08:00 user:admin 2 **广州自动驾驶巴士 BRT 文园—棠下村环线**（BRT 天河段便民线）是[[organization_weride|文远知行]]与[[organization_guangzhou_bus_group|广州巴士集团]]在广州中心城区 BRT 系统推出的自动驾驶小巴夜间线路[^s1][^s2]。 ## 线路走向 自 BRT 文园站（地铁双岗站）出发，经 BRT 乌冲、下沙、珠江村、茅岗、莲溪、珠村、黄村、东圃镇、车陂、天朗明居、棠东至 BRT 棠下村站等，采取双向环线；单向里程约 9 公里[^s1]。 ## 运营 运营时间 21:30–22:30，每日发班 1 次（可按实际情况调整）；支持羊城通、手机乘车码及 NFC；便民线刷卡不参与公交票务优惠；一人一座、严禁站立[^s1]。该线与已运营的 BRT 夏园—文园线相接，可跨天河、黄埔两区[^s1]。 /concepts/guangzhou-robobus-brt-wenyuan-tangxia.html en true zh 广州自动驾驶 bus_route line_opened 2023-12（试运行） line_hours 试运行 19:30–22:30 line_headway 原则上不大于1小时一班（试运行） line_operator 广州巴士集团 line_status 试运行／后续商业运营 line_termini BRT夏园站—BRT文园站（地铁双岗站） concept_guangzhou_robobus_brt_xiayuan_wenyuan concept guangzhou-robobus-brt-xiayuan-wenyuan BRT夏园—文园 BRT夏园站—BRT文园站

BRT夏园—文园线是广州巴士集团在黄埔区 BRT 走廊运营的自动驾驶巴士线路，2023年12月起试运行，连接 BRT 夏园站与 BRT 文园站（地铁双岗站）。

published category-road-transport category-transit tag-robobus tag-autonomous-driving tag-bus s1 广州日报（广州市人民政府网站转载） 2023-12-28 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_9409425.html BRT线路试运行 s2 文远知行 https://www.weride.ai/zh/posts/h640p9d3ajzf6suaajvq9msw 已公开运营的BRT夏园-BRT文园线 2026-11-01T11:23:52+08:00 2026-11-01T11:25:31+08:00 user:admin 2 **广州自动驾驶巴士 BRT 夏园—文园线**是[[organization_guangzhou_bus_group|广州巴士集团]]沿广州 BRT 走廊运营的自动驾驶巴士线路，连接 BRT 夏园站与 BRT 文园站（地铁双岗站），2023 年 12 月起与多条便民线一并开放试运行[^s1]。 ## 线路走向 东往西停靠：BRT 夏园站、BRT 南湾站、BRT 庙头站台、BRT 南海神庙站、BRT 沙浦站、BRT 双岗站、BRT 文园站；西往东反向停靠对应站台[^s1]。 ## 运营 试运营时间公布为 19:30–22:30，发班间隔原则上不大于 1 小时一班；试运行期间不收费，需通过“智慧小巴”小程序预约[^s1]。其后文远知行称该线已公开运营，并可与天河段 BRT 自动驾驶环线衔接，实现天河、黄埔跨区乘车[^s2]。 /concepts/guangzhou-robobus-brt-xiayuan-wenyuan.html en true zh 广州自动驾驶 bus_route line_opened 2023-12-30 line_length 8.5公里 line_hours 8:00–21:00 line_operator 广州巴士集团 line_status 示范应用收费运营 line_termini 琶洲（环线） concept_guangzhou_robobus_pazhou concept guangzhou-robobus-pazhou 琶洲环线

琶洲环线是广州巴士集团在海珠区琶洲一带运营的 L4 自动驾驶便民环线，2023年12月30日起示范应用收费，线路长约8.5公里，票价2元。

published category-road-transport category-transit tag-robobus tag-autonomous-driving tag-bus s1 广州日报（广州市人民政府网站转载） 2023-12-28 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_9409425.html 线路五：琶洲环线 2026-11-01T11:23:45+08:00 2026-11-01T11:25:23+08:00 user:admin 2 **广州自动驾驶巴士琶洲环线**是[[organization_guangzhou_bus_group|广州巴士集团]]在海珠区琶洲一带运营的 L4 自动驾驶便民环线，自 2023 年 12 月 30 日起示范应用收费运营[^s1]。 ## 线路走向 站点包括琶洲、地铁磨碟沙站 B 口、磨碟沙路口、芳园路口、阅江西路西、阅江西路中、唯品会总部大厦、阅江中路 A、会展中心北 A，返回琶洲；线路长度 8.5 公里[^s1]。 ## 运营 运营时间 8:00–21:00，高峰间隔不大于 10–15 分钟，平峰不大于 30 分钟；票价 2 元[^s1]。 /concepts/guangzhou-robobus-pazhou.html en true zh 广州自动驾驶 bus_route line_opened 2023-12-30 line_length 约9公里（示范应用公布）；国庆短线约4公里（2026报道） line_hours 8:00–21:00（2023示范应用公布） line_operator 广州巴士集团 line_status 示范应用收费运营 line_termini 广州塔地铁站A口（环线） concept_guangzhou_robobus_canton_tower concept guangzhou-robobus-canton-tower 广州塔路线 广州塔自动驾驶文旅示范线

广州塔路线是广州巴士集团运营的 L4 自动驾驶便民/文旅线路，2023年12月30日起示范应用收费；途经广州塔与阅江西路一带，票价2元。

published category-road-transport category-transit tag-robobus tag-autonomous-driving tag-bus s1 广州日报（广州市人民政府网站转载） 2023-12-28 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_9409425.html 线路四：广州塔路线 s2 广州日报（广州市人民政府网站转载） 2026-10-08 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_11030318.html 广州塔自动驾驶文旅示范线；国庆短线约4公里 2026-11-01T11:23:39+08:00 2026-11-01T11:25:18+08:00 user:admin 2 **广州自动驾驶巴士广州塔路线**是[[organization_guangzhou_bus_group|广州巴士集团]]运营的 L4 自动驾驶便民线路，自 2023 年 12 月 30 日起示范应用收费运营，途经广州塔与阅江西路一带[^s1]。 ## 线路走向 示范应用公布的站点包括：广州塔地铁站 A 口、阅江西路西站（东行）、阿里巴巴大厦、唯品会总部大厦（东行/西行）、阅江西路中站（西行）等，返回广州塔地铁站 A 口；线路长度 9 公里[^s1]。 ## 运营 2023 年公布的运营时间为 8:00–21:00，高峰间隔不大于 10–15 分钟，平峰不大于 30 分钟；票价 2 元[^s1]。2026 年国庆期间，报道称广州塔自动驾驶文旅示范线由巴士集团自动驾驶分公司运营，全长约 4 公里（短线模式），并调整发班机制应对客流[^s2]。 /concepts/guangzhou-robobus-canton-tower.html en true zh 广州自动驾驶 bus_route line_opened 2023-12-30 line_length 7.5公里 line_hours 8:00–22:00 line_operator 广州巴士集团 line_status 示范应用收费运营 line_termini 招商雍景湾总站（环线） concept_guangzhou_robobus_yongjingwan concept guangzhou-robobus-yongjingwan 知识城雍景湾便民线

知识城雍景湾便民线是广州巴士集团在中新广州知识城运营的 L4 自动驾驶便民环线，2023年12月30日起示范应用收费，线路长约7.5公里，票价2元。

published category-road-transport category-transit tag-robobus tag-autonomous-driving tag-bus s1 广州日报（广州市人民政府网站转载） 2023-12-28 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_9409425.html 线路三：知识城雍景湾便民线 2026-11-01T11:23:28+08:00 2026-11-01T11:25:08+08:00 user:admin 2 **广州自动驾驶巴士知识城雍景湾便民线**是[[organization_guangzhou_bus_group|广州巴士集团]]在中新广州知识城运营的 L4 自动驾驶便民环线，自 2023 年 12 月 30 日起示范应用收费运营[^s1]。 ## 线路走向 站点包括招商雍景湾总站、知识城南、会元学校站、狮龙大道北、知识城广场、知识城南 A、中大肿瘤医院 A，返回招商雍景湾总站；线路长度 7.5 公里[^s1]。 ## 运营 运营时间 8:00–22:00，高峰间隔不大于 15 分钟，平峰不大于 30 分钟；票价 2 元[^s1]。 /concepts/guangzhou-robobus-yongjingwan.html en true zh 广州自动驾驶 bus_route line_opened 2023-12-30 line_length 6公里 line_hours 8:00–21:00（日间）；夜班试运行 21:20–22:40 line_operator 广州巴士集团 line_status 示范应用收费运营 line_termini 官洲地铁站A口（环线） concept_guangzhou_robobus_shengwudao2 concept guangzhou-robobus-shengwudao2 生物岛2线

广州自动驾驶巴士生物岛2线是广州巴士集团在生物岛运营的 L4 自动驾驶便民环线，2023年12月30日起示范应用收费，线路长6公里，票价2元。

published category-road-transport category-transit tag-robobus tag-autonomous-driving tag-bus s1 广州日报（广州市人民政府网站转载） 2023-12-28 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_9409425.html 线路二：生物岛2线 2026-11-01T11:23:23+08:00 2026-11-01T11:25:02+08:00 user:admin 2 **广州自动驾驶巴士生物岛2线**是[[organization_guangzhou_bus_group|广州巴士集团]]在生物岛运营的 L4 自动驾驶便民环线，自 2023 年 12 月 30 日起示范应用收费运营[^s1]。 ## 线路走向 站点为：官洲地铁站 A 口、螺旋三路（益善医学）站、螺旋一路（百济神州）站，返回官洲地铁站 A 口；线路长度 6 公里[^s1]。 ## 运营 日间运营 8:00–21:00，高峰间隔不大于 8–10 分钟，平峰不大于 20 分钟；票价 2 元[^s1]。夜班试运行 21:20–22:40，试运行期间免费预约乘车[^s1]。 /concepts/guangzhou-robobus-shengwudao2.html en true zh 广州自动驾驶 bus_route line_opened 2023-12-30 line_length 4公里 line_hours 8:00–21:00（日间）；夜班试运行 21:20–22:40 line_headway 高峰不大于8–10分钟，平峰不大于20分钟（日间） line_operator 广州巴士集团 line_status 示范应用收费运营 line_termini 官洲地铁站A口（环线） concept_guangzhou_robobus_shengwudao1 concept guangzhou-robobus-shengwudao1 生物岛1线 广州生物岛自动驾驶1线

广州自动驾驶巴士生物岛1线是广州巴士集团运营的 L4 自动驾驶便民环线，2023年12月30日起示范应用收费，主要服务广州国际生物岛（官洲）区域，票价2元。

published category-road-transport category-transit tag-robobus tag-autonomous-driving tag-bus s1 广州日报（广州市人民政府网站转载） 2023-12-28 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_9409425.html 线路一：生物岛1线 2026-11-01T11:23:17+08:00 2026-11-01T11:24:57+08:00 user:admin 2 **广州自动驾驶巴士生物岛1线**是[[organization_guangzhou_bus_group|广州巴士集团]]在[[place_guangzhou|广州]]国际生物岛运营的 L4 自动驾驶便民环线，自 2023 年 12 月 30 日起进入示范应用收费运营，车辆搭载[[organization_weride|文远知行]]方案[^s1]。 ## 线路走向 站点为：官洲地铁站 A 口、寰宇一路站、广州实验室站、生物岛水墨园站、寰宇二路口站、螺旋大道东公交站，再返回官洲地铁站 A 口；线路长度 4 公里[^s1]。 ## 运营 日间运营时间 8:00–21:00，高峰发车间隔不大于 8–10 分钟，平峰不大于 20 分钟；票价 2 元，支持羊城通等支付，一人一座、不可站立[^s1]。夜班试运行时间为 21:20–22:40，发车间隔不大于 30 分钟，试运行期间不收费，需通过“智慧小巴”小程序预约[^s1]。 /concepts/guangzhou-robobus-shengwudao1.html en true zh 广州自动驾驶 bus_route concept_robobus concept robobus 自动驾驶巴士 自动驾驶小巴 无人驾驶公交 RoboBus 文远小巴

Robobus（自动驾驶巴士）指以 L4 级自动驾驶系统执行动态驾驶任务、在划定区域内按公交或微循环线路载客运营的巴士或小巴服务；与按需呼叫的 Robotaxi 不同，通常定点定线、刷卡乘车，并常配备随车安全员。

published category-road-transport category-transit tag-robobus tag-autonomous-driving tag-bus s1 广州日报（广州市人民政府网站转载） 2023-12-28 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_9409425.html 示范应用收费、羊城通、一人一座；文远知行方案 s2 IT之家 2023-12-30 https://www.ithome.com/0/742/546.htm 黄埔区示范应用资格；前装量产 Robobus 商业运营 s3 广州日报（广州市人民政府网站转载） 2025-02-12 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_10111824.html L4；每辆配备安全员 s4 https://knowledge.ivjn.us/concepts/robotaxi.html 与按需呼叫无人出租车对比 2026-11-01T11:22:47+08:00 2026-11-01T11:24:50+08:00 user:admin 2 **Robobus（自动驾驶巴士）**是以 L4 级自动驾驶系统完成动态驾驶任务、在划定运营区域内沿公交或微循环线路载客的巴士或小巴服务形态[^s1][^s3]。乘客通常在固定站点候车，以公共交通支付方式乘车；规模化示范应用中常见“一人一座、不可站立”的乘车规则[^s1]。 ## 定义与范围 该业态覆盖园区通勤、景区文旅接驳、城市微循环便民线及部分常规公交线路上的自动驾驶车辆。车辆可配备激光雷达、毫米波雷达与摄像头等多传感器融合感知，并常设随车安全员进行监控与应急接管[^s3]。中文语境亦称“自动驾驶小巴”“无人驾驶公交”；企业产品名包括文远小巴、蘑菇车联 RoboBus / MOGOBUS 等[^s2]。 ## 沿革 2023 年 12 月，[[organization_weride|文远知行]]与[[organization_guangzhou_bus_group|广州巴士集团]]在[[place_guangzhou|广州]]黄埔区获准开展自动驾驶微循环客车（Robobus）商业化收费运营，并开放多条便民线示范应用，报道称之为全国首个前装量产 Robobus 商业运营牌照相关落地[^s2][^s1]。 ## 相关概念 与[[concept_robotaxi|Robotaxi（无人出租车）]]相比，Robobus 侧重定点定线的公交化运营而非移动应用按需派单；二者均可基于 L4 技术，但运营资质、票制与乘车规则通常分属公交与出租/网约车体系[^s1][^s4]。 /concepts/robobus.html en true zh term 涵盖公交便民线、景区接驳、园区微循环及常规公交线路上的 L4 自动驾驶巴士/小巴；区别于无人出租车（Robotaxi）与仅辅助驾驶的量产车。 自动驾驶公交 无人驾驶小巴 智慧小巴 organization_guangzhou_bus_group organization guangzhou-bus-group 广州巴士集团有限公司 广州巴士

广州巴士集团有限公司是广州市公共交通集团有限公司下属全资子公司，以城乡公交为核心主业，运营广州 BRT 及自动驾驶巴士示范线路，是广州无人驾驶公交（Robobus）的主要公交运营方。

published category-road-transport category-transit tag-bus tag-autonomous-driving tag-robobus s1 广州市公共交通集团有限公司 https://www.gzbus.com/xsdw/index.aspx 广州巴士集团有限公司简介：全资子公司、BRT、自动驾驶示范应用 s2 广州日报（广州市人民政府网站转载） 2023-12-28 https://www.gz.gov.cn/zwfw/zxfw/jtfw/content/post_9409425.html 服务由广州巴士集团提供；文远知行方案 s3 广东城市公交网 http://www.gdcsgj.com/Readart?ArtID=32608 2021年底组建广州巴士集团；自动驾驶示范应用资质 2026-11-01T11:22:35+08:00 2026-11-01T11:24:38+08:00 user:admin 2 **广州巴士集团有限公司**是广州市公共交通集团有限公司下属全资子公司，以城乡公交为核心主业，集城市公交、巴士租赁与会务活动保障等业务于一体[^s1]。 ## 沿革 广州公交集团于 2021 年底组建广州巴士集团，独立统筹运营公交业务[^s3]。 ## 职能与业务 集团经营区域覆盖广州各区并跨广佛、辐射大湾区；运营管理广州唯一一条快速公交（BRT）系统，具备智能网联汽车（自动驾驶）示范应用资格[^s1]。官网简介称其运营多条自动驾驶线路，并实现全国首个规模化自动驾驶巴士场景示范应用[^s1]。 2023 年 12 月 30 日起，由巴士集团提供服务、车辆搭载[[organization_weride|文远知行]]自动驾驶方案的多条自动驾驶便民线进入示范应用收费运营[^s2]。 ## 现状 巴士集团是[[place_guangzhou|广州市]]无人驾驶公交（Robobus）线路的主要公交运营主体，与文远知行等技术企业协作推进 L4 级自动驾驶巴士示范与商业化运营[^s1][^s2]。 /organizations/guangzhou-bus-group.html en true zh bus_operator 2021 year circa 2021年底 active 广州市 place_wuxi_shenglimen place wuxi-shenglimen 胜利门站

Shenglimen Station is a Wuxi Metro Line 1 station beneath Shenglimen Square in Liangxi District, opened on 1 July 2014.

published category-transit category-urban-rail tag-metro tag-metro-station cptond https://doi.org/10.6084/m9.figshare.29377427.v2 Wuxi/wuxi_metro_stops.shp; DBF rows 37,143; stop_id=BV10124809 wikidata https://www.wikidata.org/wiki/Q18119020 wxsb20140514 Wuxi Business News 2014-05-14 https://web.archive.org/web/20141226215419/http://epaper.wxrb.com/paper/wxsb/html/2014-05/14/content_396031.htm wxwb20140520 Jiangnan Evening News 2014-05-20 https://web.archive.org/web/20141226215440/http://www.wxrb.com/node/kandian/2014-5-20/145209336113580432.html 2026-10-25T00:00:00+08:00 2026-11-01T10:45:40+08:00 user:admin 7 **Shenglimen Station** is a Wuxi Metro Line 1 station beneath Shenglimen Square in Liangxi District, Wuxi; it opened on 1 July 2014[^wxwb20140520][^wikidata]. ## Station structure The station is beneath Shenglimen Square, near the junction of Zhongshan Road and Jiefang North Road. Jiangnan Evening News reported a total station floor area of 46,953 square metres[^wxwb20140520]. ## Exits and interchange A May 2014 report ahead of the opening described four planned exits: Exit 1 connected to Shenglimen sunken plaza and led toward Jiefang North Road, Beidajie and Chunshen Road; Exit 2 was reserved; Exit 3 was on the southeast side beside Shuyuan Lane; and Exit 4, at the south end of the concourse, connected to the sunken plaza and Zhongshan Road[^wxsb20140514]. This is the configuration described before opening and does not establish the current exit layout. The station is served by [[concept_wuxi_metro_line_1|Wuxi Metro Line 1]][^cptond]. /places/wuxi-shenglimen.html en zh en metro_station 31.5838452 120.2953003 2014 7 1 1 July 2014 place_suzhou_fenghelu place suzhou-fenghelu 丰和路站

Fenghelu Station is a Suzhou Metro Line 3 station in Suzhou, opened on 25 December 2019.

published category-transit category-urban-rail tag-metro tag-metro-station cptond https://doi.org/10.6084/m9.figshare.29377427.v2 Suzhou/suzhou_metro_stops.shp; DBF rows 33,223; stop_id=BV10676601 xhby20191224 Xinhua Daily Media Group 2019-12-24 https://web.archive.org/web/20191224215627/http://news.xhby.net/sz/yw/201912/t20191224_6453527.shtml 2026-10-25T00:00:00+08:00 2026-11-01T10:45:34+08:00 user:admin 10 **Fenghelu Station** is a station on Suzhou Metro Line 3 in Suzhou. It opened with the line's initial service on 25 December 2019[^cptond][^xhby20191224]. /places/suzhou-fenghelu.html en zh en metro_station 31.3553842 120.7348476 2019 12 25 25 December 2019 place_nanjing_mengbei place nanjing-mengbei 孟北站

Mengbei station is a Nanjing Metro Line 4 station in Qixia District, near the end of Dazhai Road and Miaoshan Lake; it opened in 2017.

published category-transit category-urban-rail tag-metro tag-metro-station cptond https://doi.org/10.6084/m9.figshare.29377427.v2 nanking/nanking_metro_stops.shp; DBF rows 321,421; stop_id=BV10595527 wikidata https://www.wikidata.org/wiki/Q28418474 njmetro-mengbei Nanjing Metro Group https://www.njmetro.com.cn/njdtweb/portal/main-article-detail.do?rowId=4028d482853252b5018532a2e5860090&columnId=82808185853250630185325747900003&columnName=czjj 2026-10-25T00:00:00+08:00 2026-11-01T10:45:31+08:00 user:admin 7 **Mengbei station** is a Nanjing Metro Line 4 station in Qixia District, Nanjing, near the end of Dazhai Road and beside Miaoshan Lake[^njmetro-mengbei]. ## Station structure Nanjing Metro Group describes the station as having two underground levels and a southwest-to-northeast alignment[^njmetro-mengbei]. /places/nanjing-mengbei.html en zh en metro_station 32.0865454 118.982032 People's Republic of China · Jiangsu · Nanjing · Qixia District 2017 1 18 18 January 2017 place_kunming_yuantongshan place kunming-yuantongshan 圆通山站

Yuantong Hill station is a Kunming Metro Line 5 station west of the junction of Gulou Road and Qingnian Road.

published category-transit category-urban-rail tag-metro tag-metro-station cptond https://doi.org/10.6084/m9.figshare.29377427.v2 Kunming/kunming_metro_stops.shp; DBF rows 67,243; stop_id=BV10825669 wikidata https://www.wikidata.org/wiki/Q112939217 scjz2020 He Wangyu 2020 https://doi.org/10.3969/j.issn.1007-8983.2020.02.097 Sichuan Architecture, vol. 40, no. 2, pp. 284–285 2026-10-25T00:00:00+08:00 2026-11-01T10:45:26+08:00 user:admin 7 **Yuantong Hill station** is a Kunming Metro Line 5 station in Wuhua District, west of the junction of Gulou Road and Qingnian Road[^scjz2020]. ## Station structure The station has two underground levels and is 132.3 metres long, with a standard section width of 19.9 metres. A 2020 construction paper discusses the project under its construction name, Yuantong Park station, and describes a site of fill, silty clay and limestone with developed fissures and karst cavities[^scjz2020]. /places/kunming-yuantongshan.html en zh en metro_station 25.0578085 102.7112762 2022 6 29 29 June 2022 place_us_ca_keene place ca-keene

Keene is a census-designated place (CDP) in Kern County, California.

published category-geography tag-admin-division gazetteer U.S. Census Bureau https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_gaz_place_06.txt Keene CDP, GEOID 0637946; internal point 35.231780, -118.613067. geocoder U.S. Census Bureau https://geocoding.geo.census.gov/geocoder/geographies/coordinates?x=-118.613067&y=35.23178&benchmark=Public_AR_Current&vintage=Current_Current&format=json Reverse geocoding of the Gazetteer internal point identifies Keene CDP (GEOID 0637946) in Kern County (GEOID 06029). 2026-10-29T12:33:04+08:00 2026-11-01T10:45:21+08:00 user:admin 8 **Keene** is a census-designated place (CDP) in Kern County, California. The U.S. Census Bureau's 2020 Gazetteer lists it as Keene CDP.[^gazetteer][^geocoder] [^gazetteer]: U.S. Census Bureau, 2020 Gazetteer Files: California Places, Keene CDP, GEOID 0637946; internal point 35.231780, -118.613067. [^geocoder]: U.S. Census Bureau Census Geocoder reverse-geocoding result for the internal point, identifying Keene CDP (GEOID 0637946) in Kern County (GEOID 06029). /places/ca-keene.html en zh en census_place 35.23178 -118.613067 United States · California · Kern County place_us_ma_east_brookfield place ma-east-brookfield

East Brookfield is a town in Worcester County, Massachusetts. The 2020 census recorded a population of 2,224.[^census2020]

published category-geography tag-admin-division census2020 U.S. Census Bureau https://www2.census.gov/programs-surveys/decennial/2020/data/01-Redistricting_File--PL_94-171/Massachusetts/ma2020.pl.zip geonames https://download.geonames.org/export/dump/US.zip 2026-10-29T12:10:27+08:00 2026-11-01T10:45:17+08:00 user:admin 9 East Brookfield is a town in Worcester County, Massachusetts. The 2020 U.S. census recorded a population of 2,224.[^census2020] /places/ma-east-brookfield.html en zh en town 42.22787 -72.04674 United States · Massachusetts · East Brookfield person_cn_q1135688 person empress-renxiaowen 徐皇后 徐氏 Empress Xu Empress Renxiaowen

仁孝文皇后徐氏是明成祖朱棣皇后、中山王徐达长女，合葬明长陵。

published category-history category-people category-historical-figures tag-ancient-china wikidata https://www.wikidata.org/wiki/Q1135688 P569 生年；P570 卒年；P26 明成祖；P119 明长陵 zhwiki https://zh.wikipedia.org/wiki/%E4%BB%81%E5%AD%9D%E6%96%87%E7%9A%87%E5%90%8E zhengshi https://zh.wikisource.org/wiki/%E6%98%8E%E5%8F%B2/%E5%8D%B7113 列传一·后妃·成祖仁孝文皇后 2026-11-01T10:42:19+08:00 2026-11-01T10:43:25+08:00 user:admin 2 **仁孝文皇后**（徐氏，1362年5月2日—1407年8月6日）是明朝[[person_cn_q9965|成祖朱棣]]皇后，中山王徐达长女。[^zhengshi][^zhwiki] ## 生平 徐氏幼贞静，好读书，称女诸生。洪武九年册为燕王妃。[^zhengshi]靖难之役中，燕王出征，徐妃居守北平，悉心抚士，城赖以全。[^zhengshi][^zhwiki]永乐元年册为皇后。尝作《内训》二十篇，又类编古人嘉言善行《劝善书》，颁赐臣民。[^zhengshi] 永乐五年七月崩，年四十六。[^zhengshi][^wikidata]谥仁孝，后累加谥仁孝慈懿诚明庄献配天齐圣文皇后；葬[[place_hist_q11088234|明长陵]]。[^zhengshi] ## 亲属 夫：[[person_cn_q9965|明成祖]]。父：徐达。子有[[person_cn_q9972|明仁宗]]朱高炽等。[^zhengshi] /people/empress-renxiaowen.html en true zh 1362 5 2 1362年5月2日 1407 8 6 1407年8月6日 后妃 明成祖后 历史人物 person_cn_q1068941 person empress-xiaocigao-ming 马皇后 马秀英 Empress Ma Empress Xiaocigao

孝慈高皇后马氏是明太祖朱元璋正宫皇后，洪武朝母仪天下，合葬南京明孝陵。

published category-history category-people category-historical-figures tag-ancient-china wikidata https://www.wikidata.org/wiki/Q1068941 P569 生年；P570 卒年；P26 朱元璋；P119 明孝陵 zhwiki https://zh.wikipedia.org/wiki/%E5%AD%9D%E6%85%88%E9%AB%98%E7%9A%87%E5%90%8E_(%E6%98%8E%E6%9C%9D) zhengshi https://zh.wikisource.org/wiki/%E6%98%8E%E5%8F%B2/%E5%8D%B7113 列传一·后妃：太祖孝慈高皇后 2026-11-01T10:42:05+08:00 2026-11-01T10:43:24+08:00 user:admin 2 **孝慈高皇后**（马氏，1332年12月18日—1382年9月）是明朝[[person_cn_q9957|太祖朱元璋]]的正宫皇后。[^zhengshi][^zhwiki]与清朝太祖后妃叶赫那拉氏同谥「孝慈高皇后」，并非同一人。 ## 生平 马氏为宿州人马公之女，早年随郭子兴义军，适朱元璋。朱元璋称吴王后册为妃，洪武元年（1368年）立为皇后。[^zhengshi]她在位时劝帝勿妄杀、恤民困，宫中以俭约著称。[^zhwiki] 洪武十五年八月丙戌（1382年9月）崩，年五十一。[^zhengshi][^wikidata]谥孝慈，合葬[[place_hist_q28769|明孝陵]]；累加谥，终曰孝慈昭宪至仁文德承天顺圣高皇后。[^zhengshi] ## 亲属 夫：太祖[[person_cn_q9957|朱元璋]]。子包括懿文太子朱标、[[person_cn_q9965|明成祖]]朱棣等。[^zhengshi][^wikidata] /people/empress-xiaocigao-ming.html en true zh 1332 12 18 1332年12月18日 1382 9 洪武十五年八月（1382年9月） 后妃 明太祖皇后马氏；非清太祖孝慈高皇后 历史人物 person_cn_q10061 person wanli 明神宗

Zhu Yijun (1563–18 August 1620) was the thirteenth emperor of the Ming dynasty. His temple name was Shenzong and his era name was Wanli.

published category-history category-people category-historical-figures tag-ancient-china wikidata https://www.wikidata.org/wiki/Q10061 zhwiki https://zh.wikipedia.org/wiki/%E6%98%8E%E7%A5%9E%E5%AE%97 zhengshi https://zh.wikisource.org/wiki/%E6%98%8E%E5%8F%B2/%E5%8D%B720 2026-10-25T00:00:00+08:00 2026-10-29T17:17:56+08:00 user:admin 8 Zhu Yijun was a Ming emperor. His temple name was Shenzong and his era name was Wanli. This entry records his birth in 1563 and his death on 18 August 1620.[^wikidata] Juan 20 of the Ming History gives his personal name as Yijun. The cited Wikidata aliases give the full name Zhu Yijun.[^zhengshi][^wikidata] ## Heir apparent The Ming History says he was the third son of the Longqing Emperor, and his mother was Consort Li. He was named heir apparent in the second year of Longqing, at the age of six. The annals say his bearing was uncommon. When the emperor told him to gallop a horse in the palace, he replied that the lord of the realm should not ride wildly, for fear of a fall. The emperor was pleased and dismounted to praise him. While Empress Chen was ill in a separate palace, he went each morning with the consort to ask after her. The empress rose when she heard their steps. He asked her about the classics, she answered, and the consort was glad. The two palaces grew more harmonious.[^zhengshi] ## Accession The Longqing Emperor died in the fifth month of his sixth year. On the jiazi day of the sixth month Zhu Yijun took the throne, named the next year the first of Wanli, and proclaimed an amnesty. Ministers who had died loyal to the Jianwen court were commemorated in their districts, and their descendants were recorded for honor. Gao Gong was dismissed that month. Gao Yi died. Minister of Rites Lü Tiaoyang entered the grand secretariat. In the seventh month grain transport was opened to Miyun, and the court was warned to drop old habits. The empress was honored as Empress Dowager Rensheng, and Consort Li as Empress Dowager Cisheng. In the ninth month the Longqing Emperor was buried at the Zhaoling. In the twelfth month, because the mourning period was not over, the lanterns of the next New Year and the palace banquet were cancelled.[^zhengshi] ## Scope of this juan Juan 20 is the first half of the Shenzong annals. Its sections run from the sixth year of Longqing through the twenty-fourth year of Wanli. The passage read here is the opening and the sixth year of Longqing. It does not reach a death scene in the forty-eighth year of Wanli, so none is added. The death date remains the 18 August 1620 already stored on this entry.[^zhengshi][^wikidata] ## Basic facts - Name: Zhu Yijun[^wikidata] - Temple name: Shenzong[^zhengshi] - Era name: Wanli[^zhengshi] - Place in the dynasty: thirteenth Ming emperor[^wikidata] - Realm: Ming[^wikidata] - Birthplace: [[place_beijing|Beijing]][^wikidata] - Occupation recorded on this entry: poet[^wikidata] /people/wanli.html en zh en 1563 1563 1620 8 18 18 August 1620 historical figure person_cn_q9965 person yongle-emperor 明成祖

Yongle Emperor (1360 – 1424), emperor of Ming dynasty China from 1402 to 1424.

published category-history category-people category-historical-figures tag-ancient-china wikidata https://www.wikidata.org/wiki/Q9965 zhwiki https://zh.wikipedia.org/wiki/%E6%98%8E%E6%88%90%E7%A5%96 zhengshi https://zh.wikisource.org/wiki/%E6%98%8E%E5%8F%B2/%E5%8D%B75 2026-10-25T00:00:00+08:00 2026-10-29T17:18:23+08:00 user:admin 7 ## Official history Biography in 明史卷五[^zhengshi]. ## Basic facts - Born: 1360[^wikidata] - Died: 1424[^wikidata] - Birthplace: [[place_nanjing|Nanjing]][^wikidata] /people/yongle-emperor.html en zh en 1360 1360 1424 1424 historical figure person_cn_q9957 person hongwu-emperor 朱元璋

Hongwu Emperor (1328 – 1398), founding emperor of China's Ming dynasty; ruled 1368–1398.

published category-history category-people category-historical-figures tag-ancient-china wikidata https://www.wikidata.org/wiki/Q9957 zhwiki https://zh.wikipedia.org/wiki/%E6%9C%B1%E5%85%83%E7%92%8B zhengshi https://zh.wikisource.org/wiki/%E6%98%8E%E5%8F%B2/%E5%8D%B71 2026-10-25T00:00:00+08:00 2026-10-29T17:18:19+08:00 user:admin 7 ## Official history Biography in 明史卷一[^zhengshi]. ## Basic facts - Born: 1328[^wikidata] - Died: 1398[^wikidata] - Birthplace: [[place_cn_341126|Fengyang County]][^wikidata] /people/hongwu-emperor.html en zh en 1328 1328 1398 1398 historical figure place_hist_q41135 place ming-thirteen-tombs 十三陵 明代帝陵 Ming tombs Ming Tombs Thirteen Tombs of the Ming Dynasty

明十三陵是位于今北京市昌平区天寿山一带的明代皇陵区，安葬自成祖至思宗共十三位皇帝，为明清皇家陵寝世界遗产组成部分。

published category-geography category-history category-historical-divisions tag-ancient-china wikidata https://www.wikidata.org/wiki/Q41135 P625；P1435 全国重点文物保护单位；含长陵、定陵等十三座帝陵 zhwiki https://zh.wikipedia.org/wiki/%E6%98%8E%E5%8D%81%E4%B8%89%E9%99%B5 unesco UNESCO World Heritage Centre 2003 https://whc.unesco.org/en/list/1004/ 组成部分 Ming Tombs；2003年扩展列入 2026-11-01T10:41:58+08:00 2026-11-01T10:43:12+08:00 user:admin 3 **明十三陵**是位于今北京市[[place_cn_110114|昌平区]]天寿山一带的明代皇陵区，安葬自[[person_cn_q9965|明成祖]]至[[person_cn_q10069|崇祯帝]]共十三位皇帝及其后妃。[^zhwiki][^wikidata] ## 位置与范围 陵区北倚天寿山，南向开口，以大红门、神道串联各陵。主陵为[[place_hist_q11088234|明长陵]]（成祖），另有献、景、裕、茂、泰、康、永、昭、定、庆、德、思等十二座帝陵；其中[[place_hist_q11087810|明定陵]]（神宗）地宫经考古发掘并向公众开放。[^zhwiki][^wikidata] ## 沿革与保护 永乐七年（1409年）成祖始建长陵，此后仁、宣、英、宪、孝、武、世、穆、神、光、熹、思诸帝陵陆续建成于同一陵区。[^zhwiki]1961年3月4日列为第一批全国重点文物保护单位。[^wikidata]2003年作为「明清皇家陵寝」组成部分列入联合国教科文组织《世界遗产名录》。[^unesco] ## 现状 陵区现为文物保护单位与开放参观景区；长陵、定陵、昭陵等主要陵寝对公众开放。[^zhwiki] /places/ming-thirteen-tombs.html en true zh 北京昌平明代皇陵区 陵区 40.253333 116.2175 今北京市昌平区 place_hist_q11087810 place ming-dingling 定陵 神宗陵 Dingling Mausoleum Ming Dingling

明定陵是明神宗万历帝及其孝端显皇后、孝靖太后的合葬陵寝，位于北京昌平明十三陵，地宫经考古发掘并开放。

published category-geography category-history category-historical-divisions tag-ancient-china wikidata https://www.wikidata.org/wiki/Q11087810 P625；P361 明十三陵 zhwiki https://zh.wikipedia.org/wiki/%E6%98%8E%E5%AE%9A%E9%99%B5 zhengshi https://zh.wikisource.org/wiki/%E6%98%8E%E5%8F%B2/%E5%8D%B721 神宗本纪相关葬制 2026-11-01T10:43:03+08:00 2026-11-01T10:43:03+08:00 user:admin 1 **明定陵**是明朝第十三位皇帝[[person_cn_q10061|明神宗]]朱翊钧及其孝端显皇后、孝靖太后的合葬陵寝，位于今北京市[[place_cn_110114|昌平区]][[place_hist_q41135|明十三陵]]大峪山东麓。[^zhwiki][^wikidata]与河北遵化清东陵内文宗定陵并非同一处。 ## 位置与范围 定陵地面建筑占地约十八万平方米，前有三进院落，后接宝城；规模在十三陵中仅次于长陵、永陵。[^zhwiki] ## 沿革与发掘 万历十二年（1584年）前后开始营建，历时约六年建成；万历四十八年（1620年）神宗崩后葬入。[^zhwiki]1956年经国务院批准试掘，1957年打开玄宫石门，是明十三陵中第一座也是迄今唯一经考古发掘的帝陵地宫。[^zhwiki] ## 现状 属明十三陵全国重点文物保护单位与世界遗产范围；地宫现以「地下宫殿」形式对公众开放。[^zhwiki] /places/ming-dingling.html en true zh 明神宗陵，北京昌平十三陵；非清东陵定陵 陵寝 40.295 116.21583 今北京市昌平区 place_hist_q11088234 place ming-changling 长陵 成祖陵 Changling Mausoleum Ming Changling

明长陵是明成祖朱棣与仁孝文皇后徐氏的合葬陵寝，位于北京昌平明十三陵，为该陵区首建主陵。

published category-geography category-history category-historical-divisions tag-ancient-china wikidata https://www.wikidata.org/wiki/Q11088234 P625；P361 明十三陵；含成祖、仁孝文皇后 zhwiki https://zh.wikipedia.org/wiki/%E6%98%8E%E9%95%B7%E9%99%B5 zhengshi https://zh.wikisource.org/wiki/%E6%98%8E%E5%8F%B2/%E5%8D%B75 成祖本纪：葬长陵 2026-11-01T10:43:01+08:00 2026-11-01T10:43:01+08:00 user:admin 1 **明长陵**是[[person_cn_q9965|明成祖]]朱棣与[[person_cn_q1135688|仁孝文皇后]]徐氏的合葬陵寝，位于今北京市[[place_cn_110114|昌平区]][[place_hist_q41135|明十三陵]]天寿山主峰南麓，为十三陵首建帝陵与主陵。[^zhwiki][^wikidata] ## 位置与范围 长陵坐北朝南，地面建筑含祾恩门、祾恩殿、明楼、宝城宝顶等，是十三陵中保存较完整、规模最大的一处。[^zhwiki] ## 沿革 永乐七年（1409年）始建，永乐十三年（1415年）主体完工；永乐五年（1407年）徐皇后先葬于此，永乐二十二年（1424年）成祖崩后合葬长陵。[^zhwiki][^zhengshi]地宫未经考古发掘。[^zhwiki] ## 现状 属明十三陵全国重点文物保护单位与世界遗产范围，现对公众开放参观。[^zhwiki] /places/ming-changling.html en true zh 明成祖陵，北京昌平十三陵 陵寝 40.30111 116.24306 今北京市昌平区 1409 year 永乐七年（1409年）始建 place_hist_q28769 place ming-xiaoling 孝陵 明太祖陵 Ming Xiaoling Xiaoling Mausoleum Xiao Mausoleum

明孝陵是明太祖朱元璋与孝慈高皇后马氏的合葬陵寝，位于南京市紫金山南麓，为明清皇家陵寝世界遗产组成部分。

published category-geography category-history category-historical-divisions tag-ancient-china wikidata https://www.wikidata.org/wiki/Q28769 P625；P131 南京；P1435 全国重点文物保护单位；P757 1004-005 zhwiki https://zh.wikipedia.org/wiki/%E6%98%8E%E5%AD%9D%E9%99%B5 unesco UNESCO World Heritage Centre 2003 https://whc.unesco.org/en/list/1004/ 组成部分 Ming Xiaoling；2003年扩展列入 zhengshi https://zh.wikisource.org/wiki/%E6%98%8E%E5%8F%B2/%E5%8D%B73 太祖本纪：葬孝陵 2026-11-01T10:42:00+08:00 2026-11-01T10:42:53+08:00 user:admin 2 **明孝陵**是明朝开国皇帝[[person_cn_q9957|朱元璋]]与皇后[[person_cn_q1068941|孝慈高皇后]]马氏的合葬陵寝，位于今江苏省[[place_nanjing|南京市]][[place_cn_320102|玄武区]]紫金山独龙阜玩珠峰下。[^zhwiki][^wikidata]因马皇后谥「孝慈」，故名孝陵；与河北遵化[[place_hist_q24841407|清孝陵]]并非同一处。 ## 位置与范围 陵园坐落于紫金山南麓，东邻中山陵一带，总体布局分神道与陵宫两部分，神道石刻与宝城、享殿等构成完整陵寝轴线。[^zhwiki] ## 沿革 洪武十四年（1381年）动工，洪武十五年（1382年）马皇后葬入；洪武十六年（1383年）享殿等主体工程告竣，至永乐三年（1405年）整体建成，历时二十余年。[^zhwiki][^wikidata]洪武三十一年（1398年）太祖崩，葬孝陵。[^zhengshi] ## 现状 1961年3月列为第一批全国重点文物保护单位。[^wikidata]2003年作为「明清皇家陵寝」组成部分列入联合国教科文组织《世界遗产名录》（组成部分编号1004-005）。[^unesco]现为开放参观的文物保护与风景名胜区域。[^zhwiki] /places/ming-xiaoling.html en true zh 南京明太祖陵；非河北遵化清孝陵 陵寝 32.060305555556 118.83456944444 今江苏省南京市玄武区 1381 year 洪武十四年（1381年）始建 place_hist_q306978 place qing-dongling Eastern Qing tombs Eastern Qing Tombs Eastern Tombs of the Qing Dynasty 清東陵

清东陵是位于今河北省遵化市马兰峪一带的清代皇陵区，为明清皇家陵寝世界遗产组成部分。

published category-geography category-history category-historical-divisions tag-ancient-china wikidata https://www.wikidata.org/wiki/Q306978 P625；P131 遵化；P1435 全国重点文物保护单位；P757 1004-002 zhwiki https://zh.wikipedia.org/wiki/%E6%B8%85%E4%B8%9C%E9%99%B5 unesco UNESCO World Heritage Centre 2000 https://whc.unesco.org/en/list/1004/ 组成部分 Eastern Qing Tombs（1004-002）；2000年列入 2026-11-01T10:40:00+08:00 2026-11-01T10:42:50+08:00 user:admin 4 **清东陵**是位于今河北省[[place_cn_130281|遵化市]]西北马兰峪昌瑞山一带的清代皇陵区。[^zhwiki][^wikidata] ## 位置与范围 陵区北倚昌瑞山，西距北京市区约125公里，属今[[place_cn_130200|唐山市]]遵化市境。[^zhwiki]区内以[[place_hist_q24841407|清孝陵]]为中轴线，主要帝陵包括孝陵（世祖）、景陵（圣祖）、裕陵（高宗）、定陵（文宗）、惠陵（穆宗），另有昭西陵、孝东陵及定东陵等后陵与妃园寝。[^zhwiki] ## 沿革与保护 陵区自顺治末年至康熙初年以世祖孝陵开建，其后康、乾、咸、同等朝帝后陆续葬此。[^zhwiki]1961年3月4日，清东陵被列为第一批全国重点文物保护单位。[^wikidata]2000年，作为「明清皇家陵寝」组成部分列入联合国教科文组织《世界遗产名录》（组成部分编号1004-002）。[^unesco] ## 现状 陵区现为文物保护与开放参观场所；唐山清东陵景区于2015年列为国家5A级旅游景区。[^zhwiki] /places/qing-dongling.html en true zh 河北遵化清代皇陵区 陵区 40.193333333333 117.65111111111 今河北省唐山市遵化市 place_hist_q24841407 place qing-xiaoling 孝陵 世祖陵 Xiaoling Mausoleum (Qing dynasty) Xiaoling Tomb Qing Xiaoling

清孝陵是清世祖顺治帝的陵寝，位于河北遵化清东陵，为该陵区首建帝陵。

published category-geography category-history category-historical-divisions tag-ancient-china wikidata https://www.wikidata.org/wiki/Q24841407 P625；P361 清东陵；P4330 含顺治帝 zhwiki https://zh.wikipedia.org/wiki/%E6%B8%85%E5%AD%9D%E9%99%B5 zhengshi https://zh.wikisource.org/wiki/%E6%B8%85%E5%8F%B2%E7%A8%BF/%E5%8D%B786 志六十一·礼五：康熙二年建世祖陵曰孝陵 zhengshi214 https://zh.wikisource.org/wiki/%E6%B8%85%E5%8F%B2%E7%A8%BF/%E5%8D%B7214 孝康章皇后、孝献皇后合葬孝陵 2026-11-01T10:40:00+08:00 2026-11-01T10:42:48+08:00 user:admin 4 **清孝陵**是清世祖[[person_cn_q310453|顺治帝]]的陵寝，位于今河北省[[place_cn_130281|遵化市]][[place_hist_q306978|清东陵]]，昌瑞山主峰南麓，为清东陵首建帝陵。[^zhwiki][^zhengshi]与南京[[place_hist_q28769|明孝陵]]并非同一处。 ## 位置与范围 孝陵处于清东陵中轴线，神道自南向北串联石牌坊、大红门、神功圣德碑亭、石像生、隆恩殿、方城明楼与宝城宝顶等地表建筑。[^zhwiki] ## 沿革 顺治十八年（1661年）世祖崩后开始筹划建陵；康熙二年（1663年）动工，康熙三年（1664年）主体基本完工，康熙七年（1668年）附属建筑告竣。[^zhwiki][^zhengshi]地宫安葬顺治帝，并合葬[[person_cn_q1036431|孝康章皇后]]佟佳氏与孝献端敬皇后董鄂氏；三人依当时满洲旧俗实行火葬，地宫中为骨灰坛。[^zhwiki][^zhengshi214] ## 现状 清孝陵属清东陵全国重点文物保护单位与明清皇家陵寝世界遗产范围，现为开放参观的帝陵之一。[^zhwiki] /places/qing-xiaoling.html en true zh 清世祖陵，河北遵化；非南京明孝陵 陵寝 40.19528697822957 117.6547528920938 今河北省唐山市遵化市 1663 year 康熙二年（1663年） person_cn_q17790 person kangxi-emperor 康熙帝

Kangxi Emperor (4 May 1654 – 20 December 1722), 3rd Emperor of the Qing dynasty (r. 1661–1722).

published category-history category-people category-historical-figures tag-ancient-china wikidata https://www.wikidata.org/wiki/Q17790 zhwiki https://zh.wikipedia.org/wiki/%E5%BA%B7%E7%86%99%E5%B8%9D zhengshi https://zh.wikisource.org/wiki/%E6%B8%85%E5%8F%B2%E7%A8%BF/%E5%8D%B76 2026-10-25T00:00:00+08:00 2026-10-29T17:13:14+08:00 user:admin 7 ## Official history Biography in 清史稿/卷6[^zhengshi]. ## Basic facts - Born: 4 May 1654[^wikidata] - Died: 20 December 1722[^wikidata] - Birthplace: [[place_beijing|Beijing]][^wikidata] /people/kangxi-emperor.html en zh en 1654 5 4 4 May 1654 1722 12 20 20 December 1722 historical figure person_cn_q1036431 person empress-xiaokangzhang 佟佳氏 佟妃 慈和皇太后 Empress Xiaokangzhang

孝康章皇后佟佳氏是清世祖顺治帝嫔妃、圣祖康熙帝生母，康熙朝尊为皇太后，葬清孝陵。

published category-history category-people category-historical-figures tag-ancient-china wikidata https://www.wikidata.org/wiki/Q1036431 P569 生年；P570 卒年；P26 顺治帝；P40 康熙帝 zhwiki https://zh.wikipedia.org/wiki/%E5%AD%9D%E5%BA%B7%E7%AB%A0%E7%9A%87%E5%90%8E zhengshi https://zh.wikisource.org/wiki/%E6%B8%85%E5%8F%B2%E7%A8%BF/%E5%8D%B7214 列传一·孝康章皇后 2026-11-01T10:40:00+08:00 2026-11-01T10:36:41+08:00 user:admin 1 **孝康章皇后**（佟佳氏，1640年12月31日—1663年3月20日）是清朝[[person_cn_q310453|顺治帝]]嫔妃、[[person_cn_q17790|康熙帝]]生母。[^zhengshi][^zhwiki] ## 生平 佟佳氏为佟图赖之女，初入宫为世祖妃。顺治十一年三月戊申（1654年5月4日）生皇三子玄烨。[^zhengshi]顺治十八年世祖崩，玄烨即位；康熙元年尊为皇太后，徽号慈和。[^zhengshi][^zhwiki] 康熙二年二月庚戌（1663年3月20日）崩于北京紫禁城，年二十四。[^zhengshi][^wikidata]及崩，葬[[place_hist_q24841407|清孝陵]]；累加谥，曰孝康慈和庄懿恭惠温穆端靖崇天育圣章皇后。[^zhengshi]康熙帝命其家佟氏改佟佳氏、入满洲，后族抬旗自此始。[^zhengshi] ## 亲属 子一：圣祖[[person_cn_q17790|康熙帝]]。夫：世祖[[person_cn_q310453|顺治帝]]。葬地：[[place_hist_q306978|清东陵]]内[[place_hist_q24841407|清孝陵]]。[^zhengshi][^zhwiki] /people/empress-xiaokangzhang.html en true zh 1640 12 31 1640年12月31日 1663 3 20 1663年3月20日 后妃 历史人物 place_us_tx_woodcreek place tx-woodcreek

Woodcreek is a populated place in Hays County, Texas, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip US.txt: geonameid 4742902; admin2Codes.txt: Hays County, Texas code 2026-10-29T12:03:06+08:00 2026-11-01T09:32:05+08:00 user:admin 4 **Woodcreek** is a populated place in [[place_us_tx|Texas]], [[place_us_tx_hays_county|Hays County]], United States.[^geonames] /places/tx-woodcreek.html en zh en populated_place 30.02827 -98.11112 United States · Texas · Woodcreek place_cn_440608 place gaoming 高明区

Gaoming District is a district in Foshan, Guangdong, with administrative division code 440608.

published category-geography category-china-admin-divisions tag-admin-division mca2023 https://www.mca.gov.cn/mzsj/xzqh/2023/202301xzqh.html 代码 440608 高明区 wikidata https://www.wikidata.org/wiki/Q603151 enwiki https://en.wikipedia.org/wiki/Gaoming,_Foshan zhwiki https://zh.wikipedia.org/wiki/%E9%AB%98%E6%98%8E%E5%8C%BA 2026-10-25T00:00:00+08:00 2026-10-29T21:47:44+08:00 user:admin 6 ## Administrative status Gaoming District is part of [[place_foshan|Foshan]] (prefecture-level city)[^mca2023]. ## Basic facts - Administrative division code: 440608[^mca2023] - Area: 937.81 km²[^wikidata] - Population: 469,038 (2020)[^wikidata] /places/gaoming.html en zh en Foshan, Guangdong district 22.90435 112.88499 People's Republic of China · Guangdong · Foshan · Gaoming District place_us_ca_elkhorn place ca-elkhorn

Elkhorn is a populated place in Monterey County, California, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip US.txt: geonameid 5346162; admin2Codes.txt: Monterey County, California code 2026-10-29T12:32:31+08:00 2026-11-01T09:31:20+08:00 user:admin 4 **Elkhorn** is a populated place in [[place_us_ca|California]], [[place_us_ca_monterey_county|Monterey County]], United States.[^geonames] /places/ca-elkhorn.html en zh en populated_place 36.8244 -121.7405 United States · California · Elkhorn place_us_nc_vass place nc-vass

Vass is a town in Moore County, North Carolina, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip census2020 U.S. Census Bureau 2020 https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_Gaz_place_national.txt GEOID 3769840, Vass town 2026-10-29T11:41:12+08:00 2026-11-01T09:31:01+08:00 user:admin 4 **Vass** is a town in Moore County, North Carolina, United States[^census2020]. /places/nc-vass.html en zh en town 35.253875 -79.284645 United States · North Carolina · Vass place_us_hi_honaunau_napoopoo place hi-honaunau-napoopoo

Honaunau-Napoopoo is a census-designated place in Hawaii County, Hawaii, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip census2020 U.S. Census Bureau 2020 https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_Gaz_place_national.txt GEOID 1516160, Honaunau-Napoopoo CDP 2026-10-29T12:47:59+08:00 2026-11-01T09:31:00+08:00 user:admin 4 **Honaunau-Napoopoo** is a census-designated place in Hawaii County, Hawaii, United States[^census2020]. /places/hi-honaunau-napoopoo.html en zh en census_place 19.472511 -155.841489 United States · Hawaii · Honaunau-Napoopoo place_us_ne_preston place ne-preston

Preston is a village in Richardson County, Nebraska, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip census2020 U.S. Census Bureau 2020 https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_Gaz_place_national.txt GEOID 3140325, Preston village 2026-10-29T12:16:45+08:00 2026-11-01T09:31:00+08:00 user:admin 4 **Preston** is a village in Richardson County, Nebraska, United States[^census2020]. /places/ne-preston.html en zh en village 40.034587 -95.518106 United States · Nebraska · Preston place_us_vt_east_barre place vt-east-barre

East Barre is a census-designated place in Washington County, Vermont, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip census2020 U.S. Census Bureau 2020 https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_Gaz_place_national.txt GEOID 5019075, East Barre CDP 2026-10-29T12:28:20+08:00 2026-11-01T09:30:59+08:00 user:admin 4 **East Barre** is a census-designated place in Washington County, Vermont, United States[^census2020]. /places/vt-east-barre.html en zh en census_place 44.14834 -72.449497 United States · Vermont · East Barre cuisine Beijing cuisine address 22 Jianchang Hutong, Dongcheng, Beijing phone +86 10 8663 2999 price ¥¥¥¥ awards One MICHELIN star; Two Diamonds, 2025 Black Pearl Restaurant Guide; Two Diamonds, 2026 Black Pearl Restaurant Guide place_restaurant_beijing_jingyan_hanlin_academy place restaurant-beijing-jingyan-hanlin-academy

Beijing cuisine restaurant set in a courtyard mansion off Jianchang Hutong, Dongcheng, Beijing; one MICHELIN star, and two Diamonds in both the 2025 and 2026 Black Pearl Restaurant Guides.

published category-restaurants tag-black-pearl-guide michelin MICHELIN Guide https://guide.michelin.com/us/en/beijing-municipality/beijing/restaurant/mansion-cuisine-by-jingyan Description, signature dishes and Beijing one-star distinction bp2025 北京旅游网 2025-01 https://www.visitbeijing.com.cn/article/4KzKb2d0LkU 京艷·翰林书院上榜条目 bp2026 美团 https://blackpearl.meituan.com/home/en/home/1 Beijing restaurant list: Mansion Cuisine by Jingyan (Two Diamonds); accessed 2026-10-30 2026-10-30T02:42:45+08:00 2026-11-01T09:30:57+08:00 user:admin 10 **Mansion Cuisine by Jingyan** is a Beijing cuisine restaurant in Dongcheng, Beijing, listed with Two Diamonds in the [[work_black_pearl_guide_2026|2026 Black Pearl Restaurant Guide]][^bp2026]. It also received Two Diamonds in the [[work_black_pearl_guide_2025|2025 Black Pearl Restaurant Guide]][^bp2025] and one star in the Beijing MICHELIN Guide[^michelin]. The restaurant occupies a renovated courtyard mansion and presents classic Beijing dishes with a modern interpretation. It also serves Beijing-themed cocktails[^michelin]. ## Signature dishes - Jujube wood-fired Peking duck, served in three ways in addition to traditional carving[^michelin] - Seared sea cucumber with Zhangqiu scallion[^michelin] /places/restaurant-beijing-jingyan-hanlin-academy.html en zh en restaurant physics Nobel Prize in Physics chemistry Nobel Prize in Chemistry medicine Nobel Prize in Physiology or Medicine literature Nobel Prize in Literature motivation Prize motivation affiliation Affiliation at the time of the award Felix Bloch physics person_nobel_58 s1 motivation for their development of new methods for nuclear magnetic precision measurements and discoveries in connection therewith affiliation Stanford University Edward Mills Purcell physics person_nobel_59 s1 motivation for their development of new methods for nuclear magnetic precision measurements and discoveries in connection therewith affiliation Harvard University Archer John Porter Martin chemistry person_nobel_214 s2 motivation for their invention of partition chromatography affiliation National Institute for Medical Research Richard Laurence Millington Synge chemistry person_nobel_215 s2 motivation for their invention of partition chromatography affiliation Rowett Research Institute Selman A. Waksman medicine person_nobel_353 s3 motivation for his discovery of streptomycin, the first antibiotic effective against tuberculosis affiliation Rutgers University François Mauriac literature person_nobel_623 s4 motivation for the deep spiritual insight and the artistic intensity with which he has in his novels penetrated the drama of human life work_nobel_prize_1952 work nobel-prize-1952 1952 Nobel Prize

The 1952 Nobel Prize laureate list records six laureates across four prize categories.

published category-awards tag-nobel-prize s1 The Nobel Foundation https://www.nobelprize.org/prizes/physics/1952/summary/ Announcement date s2 The Nobel Foundation https://www.nobelprize.org/prizes/chemistry/1952/summary/ Announcement date s3 The Nobel Foundation https://www.nobelprize.org/prizes/medicine/1952/summary/ Announcement date s4 The Nobel Foundation https://www.nobelprize.org/prizes/literature/1952/summary/ Announcement date 2026-11-01T02:32:49+08:00 2026-11-01T09:30:13+08:00 user:admin 6 **The 1952 Nobel Prize laureate list** records the recipients of the Nobel Prizes awarded in 1952. ## Announcement dates | Prize | Announcement date | | --- | --- | | Nobel Prize in Physics | 1952-11-06[^s1] | | Nobel Prize in Chemistry | 1952-11-06[^s2] | | Nobel Prize in Physiology or Medicine | 1952-10-23[^s3] | | Nobel Prize in Literature | 1952-11-06[^s4] | /works/nobel-prize-1952.html en zh en ranking_list 1952 year English place_us_mo_hurley place mo-hurley

Hurley is a city in Stone County, Missouri, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip census2020 U.S. Census Bureau 2020 https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_Gaz_place_national.txt GEOID 2933922, Hurley city 2026-10-29T11:52:26+08:00 2026-11-01T09:29:31+08:00 user:admin 4 **Hurley** is a city in Stone County, Missouri, United States[^census2020]. /places/mo-hurley.html en zh en city 36.930598 -93.499156 United States · Missouri · Hurley place_us_tx_niederwald place tx-niederwald

Niederwald is a city in Caldwell County, Texas, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip census2020 U.S. Census Bureau 2020 https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_Gaz_place_national.txt GEOID 4851492, Niederwald city 2026-10-29T12:02:09+08:00 2026-11-01T09:29:31+08:00 user:admin 4 **Niederwald** is a city in Caldwell County, Texas, United States[^census2020]. /places/tx-niederwald.html en zh en city 29.994192 -97.775749 United States · Texas · Niederwald place_us_co_keystone place co-keystone

Keystone is a census-designated place in Summit County, Colorado, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip census2020 U.S. Census Bureau 2020 https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_Gaz_place_national.txt GEOID 0840550, Keystone CDP 2026-10-29T12:35:41+08:00 2026-11-01T09:29:20+08:00 user:admin 4 **Keystone** is a census-designated place in Summit County, Colorado, United States[^census2020]. /places/co-keystone.html en zh en census_place 39.573898 -105.934721 United States · Colorado · Keystone organization_shanghai_subway_operation_2 organization shanghai-subway-operation-2 Shanghai No. 2 Metro Operation Co. Ltd.

上海地铁第二运营有限公司是上海市的地铁运营机构。

published category-transit category-urban-rail tag-metro tag-transit-operator cptond https://doi.org/10.6084/m9.figshare.29377427.v2 Shanghai/shanghai_metro_routes.shp; company_cn operation-companies https://en.wikipedia.org/wiki/Shentong_Metro_Group#Operation_companies Operation company / Chinese name / Metro lines table; CC BY-SA 4.0, retrieved 2026-10-24. 2026-10-24T00:00:00+08:00 2026-11-01T09:29:07+08:00 user:admin 4 **上海地铁第二运营有限公司**是[[place_shanghai|上海市]]的地铁运营机构[^cptond]。 /organizations/shanghai-subway-operation-2.html en true zh metro_operator active 上海市普陀区曹杨路78号2号楼 place_hangzhou_zhongtai place hangzhou-zhongtai 中泰站

Zhongtai station is a metro station on Hangzhou Metro Line 16.

published category-transit category-urban-rail tag-metro tag-metro-station cptond https://doi.org/10.6084/m9.figshare.29377427.v2 Hangzhou/hangzhou_metro_stops.shp; DBF rows 836,853; stop_id=BV11280865 wikidata https://www.wikidata.org/wiki/Q75832358 2026-10-25T00:00:00+08:00 2026-11-01T09:28:50+08:00 user:admin 5 **Zhongtai station** is a metro station on Hangzhou Metro Line 16[^cptond]. /places/hangzhou-zhongtai.html en zh en metro_station 30.2456615 119.9248983 2020 4 23 23 April 2020 place_opapimiskan_lake_airport place opapimiskan-lake-airport YBS CKM8

Opapimiskan Lake Airport 是位于加拿大安大略省 Opapimiskan Lake 的小型机场，IATA 代码为 YBS。

published category-transit category-aviation tag-airport ourairports OurAirports https://ourairports.com/data/airports.csv id 1211（CKM8）；type、名称、IATA 代码、GPS/local code、scheduled_service 及 municipality 字段 2026-10-29T14:58:43+08:00 2026-11-01T09:28:34+08:00 user:admin 3 **Opapimiskan Lake Airport** 是位于加拿大安大略省 Opapimiskan Lake 的小型机场，IATA 代码为 YBS；当地机场代码为 CKM8，未提供定期航班服务。[^ourairports] /places/opapimiskan-lake-airport.html en true zh airport 52.6067008972 -90.3768997192 加拿大 · 安大略省 · Opapimiskan Lake place_rupsi_airport place rupsi-airport RUP VERU

Rupsi Airport is a small airport serving Rupsi in Assam, India (IATA: RUP; ICAO: VERU).

published category-transit category-aviation tag-airport ourairports OurAirports https://ourairports.com/data/airports.csv id 30356 (VERU); name, type, IATA/ICAO codes, coordinates and municipality fields enwiki Wikipedia https://en.wikipedia.org/wiki/Rupsi_Airport Lead section 2026-10-30T08:30:48+08:00 2026-11-01T09:28:07+08:00 user:admin 40 **Rupsi Airport** is a small airport serving Rupsi in Assam, India. Its IATA code is RUP and its ICAO code is VERU.[^ourairports] /places/rupsi-airport.html en zh ar de en es fr hi id it ja ko ms nl pt ru th tr vi zh-hant airport 26.141867 89.907892 India · Assam · Rupsi place_us_vt_bridport place vt-bridport

Bridport is a town in Addison County, Vermont, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip census2020 U.S. Census Bureau 2020 https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_Gaz_cousubs_national.zip GEOID 5000108575, Bridport town 2026-10-29T12:28:16+08:00 2026-11-01T09:26:51+08:00 user:admin 4 **Bridport** is a town in Addison County, Vermont, United States[^census2020]. /places/vt-bridport.html en zh en town 43.981724 -73.331937 United States · Vermont · Bridport place_us_ar_beedeville place ar-beedeville

Beedeville is a town in Jackson County, Arkansas, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip census2020 U.S. Census Bureau 2020 https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_Gaz_place_national.txt GEOID 0504720, Beedeville town 2026-10-29T11:42:14+08:00 2026-11-01T09:26:50+08:00 user:admin 4 **Beedeville** is a town in Jackson County, Arkansas, United States[^census2020]. /places/ar-beedeville.html en zh en town 35.429169 -91.110738 United States · Arkansas · Beedeville place_us_ut_salt_lake_city_avenues place ut-salt-lake-city-avenues 大道区

The Avenues is a neighborhood in Salt Lake City, Utah, United States.

published category-geography zhwiki https://zh.wikipedia.org/wiki/%E5%A4%A7%E9%81%93%E5%8C%BA 导语；社区名称及其与盐湖城的关系 2026-10-29T03:06:26+08:00 2026-11-01T09:26:50+08:00 user:admin 5 **The Avenues** is a neighborhood in Salt Lake City, Utah, United States[^zhwiki]. /places/ut-salt-lake-city-avenues.html en zh en neighborhood 40.778 -111.869 United States · Utah · Salt Lake City · The Avenues place_us_ar_western_grove place ar-western-grove

Western Grove is a populated place in Newton County, Arkansas, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip US.txt: geonameid 4135950; admin2Codes.txt: Newton County, Arkansas code 2026-10-29T11:43:09+08:00 2026-11-01T09:26:49+08:00 user:admin 4 **Western Grove** is a populated place in [[place_us_ar|Arkansas]], [[place_us_ar_newton_county|Newton County]], United States.[^geonames] /places/ar-western-grove.html en zh en populated_place 36.10091 -92.95378 United States · Arkansas · Western Grove place_us_ok_salem_50353 place ok-salem-50353

Salem is a populated place in Okmulgee County, Oklahoma, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip US.txt: geonameid 4550353; admin2Codes.txt: Okmulgee County, Oklahoma code 2026-10-29T11:58:04+08:00 2026-11-01T09:26:35+08:00 user:admin 4 **Salem** is a populated place in [[place_us_ok|Oklahoma]], [[place_us_ok_okmulgee_county|Okmulgee County]], United States.[^geonames] /places/ok-salem-50353.html en zh en populated_place 35.38399 -95.92861 United States · Oklahoma · Salem place_us_la_urania place la-urania

Urania is a populated place in LaSalle Parish, Louisiana, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip US.txt: geonameid 4344414; admin2Codes.txt: LaSalle Parish, Louisiana code 2026-10-29T11:50:34+08:00 2026-11-01T09:26:21+08:00 user:admin 4 **Urania** is a populated place in [[place_us_la|Louisiana]], [[place_us_la_lasalle_county|LaSalle Parish]], United States.[^geonames] /places/la-urania.html en zh en populated_place 31.86378 -92.29597 United States · Louisiana · Urania place_us_nd_sibley place nd-sibley Sibley

Sibley is a populated place in Barnes County, North Dakota, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip US.txt: geonameid 5061890; admin2Codes.txt: Barnes County, North Dakota code 2026-10-29T12:15:58+08:00 2026-11-01T09:26:04+08:00 user:admin 4 **Sibley** is a populated place in [[place_us_nd|North Dakota]], [[place_us_nd_barnes_county|Barnes County]], United States.[^geonames] /places/nd-sibley.html en zh en populated_place 47.21721 -97.96454 United States · North Dakota · Sibley place_us_co_gunbarrel place co-gunbarrel

Gunbarrel is a populated place in Boulder County, Colorado, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip US.txt: geonameid 7261393; admin2Codes.txt: Boulder County, Colorado code 2026-10-29T12:47:40+08:00 2026-11-01T09:25:44+08:00 user:admin 4 **Gunbarrel** is a populated place in [[place_us_co|Colorado]], [[place_us_co_boulder_county|Boulder County]], United States.[^geonames] /places/co-gunbarrel.html en zh en populated_place 40.06335 -105.17107 United States · Colorado · Gunbarrel place_us_tx_oakwood place tx-oakwood

Oakwood is a populated place in Leon County, Texas, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip US.txt: geonameid 4716050; admin2Codes.txt: Leon County, Texas code 2026-10-29T12:02:13+08:00 2026-11-01T09:25:23+08:00 user:admin 4 **Oakwood** is a populated place in [[place_us_tx|Texas]], [[place_us_tx_leon_county|Leon County]], United States.[^geonames] /places/tx-oakwood.html en zh en populated_place 31.5849 -95.84913 United States · Texas · Oakwood place_us_or_parkdale place or-parkdale

Parkdale is a census-designated place in Hood River County, Oregon, United States.

published category-geography geonames https://download.geonames.org/export/dump/US.zip census2020 U.S. Census Bureau 2020 https://www2.census.gov/geo/docs/maps-data/data/gazetteer/2020_Gazetteer/2020_Gaz_place_national.txt GEOID 4156500, Parkdale CDP 2026-10-29T12:42:29+08:00 2026-11-01T09:24:33+08:00 user:admin 4 **Parkdale** is a census-designated place in Hood River County, Oregon, United States[^census2020]. /places/or-parkdale.html en zh en census_place 45.513042 -121.592076 United States · Oregon · Parkdale 75050 77387 43 30 People 3931 Places 57082 Events 288 Organizations 452 Works 11882 Concepts 1415 简体中文 75050 English 48961 日本語 1158 Français 1064 Español 1042 Italiano 1021 Bahasa Melayu 997 العربية 993 Bahasa Indonesia 990 Русский 987 हिन्दी 985 ไทย 984 Português 972 Deutsch 970 Nederlands 970 Tiếng Việt 962 한국어 961 Türkçe 952 繁體中文 920 en 139 100 50001 501 /en/index-138.xml /en/index-140.xml