62226-1-2004
Exposition aux champs électriques ou magnétiques à basse et moyenne fréquence Méthodes de calcul des densités de courant induit et des champs électriques induits dans le corps humain Partie 1: Généralités (Edition 1.0)

Exposure to electric or magnetic fields in the low and intermediate frequency range Methods for calculating the current density and internal electric field induced in the human body Part 1: General (Edition 1.0)

62226-1-2004 发布历史

This part of IEC 62226 provides means for demonstrating compliance with the basic restrictions on human exposure to low and intermediate frequency electric and magnetic fields specified in exposure standards or guidelines such as those produced by IEEE and ICNIRP. The object of IEC 62226 is??C to propose a more realistic approach to the modelling of the human exposure to low frequency electric and magnetic fields@ using a set of models of growing complexity for the field emission source@ or the human body or both;??C to propose standardised values for the electrical parameters of organs in human body: electrical conductivity and permittivity and their variation with the frequency. The present basic standard does not aim at replacing the definitions and procedures specified in exposure standards or guidelines@ such as those produced by IEEE or ICNIRP@ but aims at providing additional procedures with a view to allowing compliance assessment with these documents. The present basic standard provides means for demonstrating compliance with the basic restrictions without having to go to the sophisticated models. Nevertheless@ when the exposure conditions are well characterized (such as in product standards@ for example) and when results from such models are available@ they can be used for demonstrating compliance with EMF standards or guidelines. NOTE 1 ?Examples of use of such sophisticated models can be found in the IEC Trend Technology Assessment [2]1. NOTE 2 ?References to the scientific literature are given in the bibliography.1 Figures in square brackets refer to the Bibliography

62226-1-2004由IEC - International Electrotechnical Commission 发布于 2004-11-01，并于 2004-11-11 实施。

62226-1-2004的历代版本如下：

• 2004年11月01日 62226-1-2004 Exposition aux champs électriques ou magnétiques à basse et moyenne fréquence Méthodes de calcul des densités de courant induit et des champs électriques induits dans le corps humain Partie 1: Généralités (Edition 1.0)

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标准号

62226-1-2004

发布日期

2004年11月01日

实施日期

2004年11月11日

废止日期

无

中国标准分类号

/

国际标准分类号

/

发布单位

IEC - International Electrotechnical Commission

引用标准

38

适用范围

This part of IEC 62226 provides means for demonstrating compliance with the basic restrictions on human exposure to low and intermediate frequency electric and magnetic fields specified in exposure standards or guidelines such as those produced by IEEE and ICNIRP. The object of IEC 62226 is??C to propose a more realistic approach to the modelling of the human exposure to low frequency electric and magnetic fields@ using a set of models of growing complexity for the field emission source@ or the human body or both;??C to propose standardised values for the electrical parameters of organs in human body: electrical conductivity and permittivity and their variation with the frequency. The present basic standard does not aim at replacing the definitions and procedures specified in exposure standards or guidelines@ such as those produced by IEEE or ICNIRP@ but aims at providing additional procedures with a view to allowing compliance assessment with these documents. The present basic standard provides means for demonstrating compliance with the basic restrictions without having to go to the sophisticated models. Nevertheless@ when the exposure conditions are well characterized (such as in product standards@ for example) and when results from such models are available@ they can be used for demonstrating compliance with EMF standards or guidelines. NOTE 1 ?Examples of use of such sophisticated models can be found in the IEC Trend Technology Assessment [2]1. NOTE 2 ?References to the scientific literature are given in the bibliography.1 Figures in square brackets refer to the Bibliography