QJ 2803-1996 电磁环境场测量方法
Electromagnetic environment field measurement method
T/CIS 11002-2022 陡脉冲治疗仪电磁环境现场测量和评价方法
目 次 前 言 …………………………………………………………………………………………………… Ⅱ 1 范围 ……………………………………………………………………………………………………… 1 2 规范性引用文件
In-situ measurement and evaluation methods for electromagnetic environment of steep pulses therapy instrument
GJB 1446.41-1992 舰船系统界面要求 电磁环境 直流磁场环境
Ship system interface requirements electromagnetic environment DC magnetic field environment
ETSI TR 101 870-2001 固定式线电发射机站.处于非电离电磁场环境.工作条件指南(版本1.1.1)
Fixed Radio Transmitter Sites; Exposure to Non-Ionising Electromagnetic Fields; Guidelines for Working Conditions (V1.1.1)
GJB 1446.41A-2021 舰船系统界面要求 第41 部分：电磁环境 直流磁场环境
Ship system interface requirements Part 41: Electromagnetic environment DC magnetic field environment
KS C 3360-2023 与人体暴露于电磁环境有关的现场EMF测量方法
In-situ EMF measurement method related to human exposure to electromagnetic environments
YD/T 3732-2020 短波频段天线场地电磁环境测试方法
Shortwave band antenna site electromagnetic environment test method
ITU-T K.52 AMD 1-2013 人体暴露于电磁场环境中的限制遵守指南.修改件1.15号研究组
An ITU-T K.52 calculator software has been developed to support the application of calculations presented in Appendix III of Recommendation ITU-T
Guidance on complying with limits for human exposure to electromagnetic fields Amendment 1 Study Group 5
SIS SS 436 15 23-1984 工业和贸易中使用的电子设备．抗射频电磁场干扰性．环境分类和试验．环境分类和试验
Denna standard galler elektronikutrustningar for industnell anvandning och for matning och styrmng inom handel. Den besknver elmiljoklasser och
Electronic equipment for industry and trade - Immunity to radio frequency electromagnetic fields - Environmental classification and tests
GB/Z 18039.6-2005 电磁兼容 环境 各种环境中的低频磁场
近年来，由于注意到磁场可能对人体和动物生理的影响，以及对某些电气设备，特别是对图像显示装置的性能产生有害的影响，从而激发了人们对磁场的关注。本指导性技术文件中给出了根据调查得出的结果，供参考之用
Electromagnetic compatibility.Environment.Low frequency magnetic fields in various environments
BS IEC 61000-2-7:1998 电磁兼容性(EMC).环境.各种环境下的低频磁场
Interest in magnetic fields has been stimulated in recent years by concern over the physiological effects they may have on humans and animals
Electromagnetic compatibility (EMC) - Environment - Low frequency magnetic fields in various environments
AS/NZS IEC/TR 61000.2.7:2009 电磁兼容性 (EMC) 环境 各种环境中的低频磁场
Provides reference values on low-frequency magnetic fields produced by some electrical equipment in industrial, commercial office, residential
Electromagnetic Compatibility (EMC) Environment Low-frequency magnetic fields in various environments
KS C IEC 61000-2-7-2007(2017 电磁兼容性第2－7部分:环境各种环境中的低频磁场
Electromagnetic compatibility(EMC)－Part 2－7：Environment－Low frequency magnetic fields in various environments
KS C IEC 61000-2-7-2007(2022 电磁兼容性（EMC）－第2－7部分:环境－各种环境中的低频磁场
Electromagnetic compatibility(EMC)－Part 2－7：Environment－Low frequency magnetic fields in various environments
GB/Z 18039.1-2000 电磁兼容 环境 电磁环境的分类
本指导性技术文件将为那些负责制定设备或系统抗扰度标准的人员提供指导，而不作为技术规范。其目的是对电磁环境进行分类，以便更好地利用装有电气或电子元件的设备抗扰度要求的技术规范，从而获得电磁兼容性。本指导性技术文件对选择抗扰度水平也给出了基本的指导。这些数据适用于在本指导性技术文件规定的特定场所
Electromagnetic compatibility-Environment-Classification of electromagnetic environments
QJ 2803-1996 电磁环境场测量方法
Electromagnetic environment field measurement method
T/CIS 11002-2022 陡脉冲治疗仪电磁环境现场测量和评价方法
目 次 前 言 …………………………………………………………………………………………………… Ⅱ 1 范围 ……………………………………………………………………………………………………… 1 2 规范性引用文件
In-situ measurement and evaluation methods for electromagnetic environment of steep pulses therapy instrument
GJB 1446.41-1992 舰船系统界面要求 电磁环境 直流磁场环境
Ship system interface requirements electromagnetic environment DC magnetic field environment
ETSI TR 101 870-2001 固定式线电发射机站.处于非电离电磁场环境.工作条件指南(版本1.1.1)
Fixed Radio Transmitter Sites; Exposure to Non-Ionising Electromagnetic Fields; Guidelines for Working Conditions (V1.1.1)
GJB 1446.41A-2021 舰船系统界面要求 第41 部分：电磁环境 直流磁场环境
Ship system interface requirements Part 41: Electromagnetic environment DC magnetic field environment
KS C 3360-2023 与人体暴露于电磁环境有关的现场EMF测量方法
In-situ EMF measurement method related to human exposure to electromagnetic environments
YD/T 3732-2020 短波频段天线场地电磁环境测试方法
Shortwave band antenna site electromagnetic environment test method
ITU-T K.52 AMD 1-2013 人体暴露于电磁场环境中的限制遵守指南.修改件1.15号研究组
An ITU-T K.52 calculator software has been developed to support the application of calculations presented in Appendix III of Recommendation ITU-T
Guidance on complying with limits for human exposure to electromagnetic fields Amendment 1 Study Group 5
SIS SS 436 15 23-1984 工业和贸易中使用的电子设备．抗射频电磁场干扰性．环境分类和试验．环境分类和试验
Denna standard galler elektronikutrustningar for industnell anvandning och for matning och styrmng inom handel. Den besknver elmiljoklasser och
Electronic equipment for industry and trade - Immunity to radio frequency electromagnetic fields - Environmental classification and tests
GB/Z 18039.6-2005 电磁兼容 环境 各种环境中的低频磁场
近年来，由于注意到磁场可能对人体和动物生理的影响，以及对某些电气设备，特别是对图像显示装置的性能产生有害的影响，从而激发了人们对磁场的关注。本指导性技术文件中给出了根据调查得出的结果，供参考之用
Electromagnetic compatibility.Environment.Low frequency magnetic fields in various environments
BS IEC 61000-2-7:1998 电磁兼容性(EMC).环境.各种环境下的低频磁场
Interest in magnetic fields has been stimulated in recent years by concern over the physiological effects they may have on humans and animals
Electromagnetic compatibility (EMC) - Environment - Low frequency magnetic fields in various environments
AS/NZS IEC/TR 61000.2.7:2009 电磁兼容性 (EMC) 环境 各种环境中的低频磁场
Provides reference values on low-frequency magnetic fields produced by some electrical equipment in industrial, commercial office, residential
Electromagnetic Compatibility (EMC) Environment Low-frequency magnetic fields in various environments
KS C IEC 61000-2-7-2007(2017 电磁兼容性第2－7部分:环境各种环境中的低频磁场
Electromagnetic compatibility(EMC)－Part 2－7：Environment－Low frequency magnetic fields in various environments
KS C IEC 61000-2-7-2007(2022 电磁兼容性（EMC）－第2－7部分:环境－各种环境中的低频磁场
Electromagnetic compatibility(EMC)－Part 2－7：Environment－Low frequency magnetic fields in various environments
GB/Z 18039.1-2000 电磁兼容 环境 电磁环境的分类
本指导性技术文件将为那些负责制定设备或系统抗扰度标准的人员提供指导，而不作为技术规范。其目的是对电磁环境进行分类，以便更好地利用装有电气或电子元件的设备抗扰度要求的技术规范，从而获得电磁兼容性。本指导性技术文件对选择抗扰度水平也给出了基本的指导。这些数据适用于在本指导性技术文件规定的特定场所
Electromagnetic compatibility-Environment-Classification of electromagnetic environments
编辑：北检院编辑部
