非电离辐射

姬松茸多糖对非电离辐射损伤的恢复效应

Recovery Effects of Mycelial polysaccharides from Agaricus blazei on the Non-ionizing Radiation Damage

国际非电离辐射防护委员会

International Commission on Non-Ionizing Radiation Protection

目的：探讨微波作为一种非电离辐射波，对睾丸间质细胞NOS活性的影响，以进一步深入研究微波对睾丸的损伤效应。

Objective : The effect of microwave on nitric oxide syntheses ( NOS ) in testicular leydig cells of Male mice was studied .

微波是一种频率在300MHz至300GHz之间的电磁波，微波辐射是一种非电离辐射，与生物组织的相互作用有热效应和非热效应二种不同机制。

Microwave ( MW ) is a kind of electromagnetic radiations in the frequency range of 300 MHz to 300 GHz and belongs to nonionizing radiations , which biological effects mainly include two kinds of mechanism : thermal and non-thermal effects .

非电离辐射对大鼠心肌细胞的损伤及其机制

Injury of Rat Cardiomyocytes Exposed to Nonionizing Radiation and Its Mechanism

多尔是该机构非电离辐射顾问团的主席。

Doll is chairman of its Advisory Group on Non-ionising Radiation ( Agnir ) .

目的探讨非电离辐射对大鼠心肌细胞损伤效应及机制。

Objective To study the injury of rat cardiomyocytes exposed to nonionizing radiation and its mechanism .

非电离辐射处理后小麦萌发生长的正响应

A study of the positive response of the wheat germination and growth with non ionization radiation treatment

加强非电离辐射的防护、提高雷达作业人员的男性生殖健康保健意识仍十分必要。

It was necessary to reinforce the protection of non-ionization and to improve male reproductive health care of people working on radar .

正问题的研究结果可为射频电磁场在生物医学工程领域的应用以及为制定非电离辐射卫生标准奠定量化基础，逆问题的研究结果可为手机新产品的开发和性能的改善提供参考。

The research result of the positive problem provides numerical foundation for the application of electromagnetic field to biomedical engineering and establishing a standard of non-ionizing radiation protection .

微波对组织的辐射是一种非电离辐射，适当控制微波发射功率和照射时间，不会对组织造成不可逆损害。

Microwave irradiation to tissues is a kind of nonionizing radiation , which would not cause irreversible lesion of tissues if microwave irradiation power and time were controlled properly .

文章介绍了非电离辐射危害机理及国外电磁辐射防护规定的制订情况。

The mechanism of the hazard of the electromagnetic radiation to human bodies is analyzed and the limits of international regulation IRPA and that of several countries are reviewed .

背景：电磁脉冲是一种高能非电离辐射，它涵盖的频谱极宽，对电子仪器具有极强的破坏力，并具有一定的生物损伤效应。

BACKGROUND : Electromagnetic pulse ( EMP ) is high-energy non-ionizing radiation covering a wide spectrum with strong capability of destruction of electronic devices and inducing injuries in biological organisms .

结论雷达操作人员长期受到非电离辐射、雷达屏蔽保护较差的影响，可发生精子亚临床损伤和精液质量下降，但并不影响男性生殖能力。

Conclusion People working on radar who suffered from non-ionization for long time and had bad radar shield protection would show semi-clinical injury on sperm and bad semen quality . However , it did not affect the male reproductive function .