摘要
本文列举了电磁波生物学窗效应的典型实验结果,综述了说明频率窗效应的回旋谐振理论。我们在考虑构成细胞膜通道的α-螺旋蛋白质几何参数和化学参数的基础上,改进了膜通道内电位的分布模型,修正了带电粒子在膜通道中运动的回旋本征频率的表达式,并在回旋谐振理论的基础上推导出了一组引起生物学效应的量子态功率密度。
<ABSTRACT>
This paper enunlerated the typical experimental results of biologic-
al window effects of electromagnetic waves and summarized the cycl-
Qtron resonance theory explaining the frequency window effects. Based
(Continued on page 42 )
(continued from papge 69 )
on the geometric and chemical parameters of α-helical proteins forming
the membrane channel, the model of distribution of potential energy
along the axis of membrane channel was improved and expression mode
of quantized cyclotron eigenfrequencies of charged particals moving in
the membrane channel were modified. Besides, based on the cyclotron
resonance theory, a sct of quantized power densities causing bioeffec-
ts was derived.
出处
《中国生物医学工程学报》
CAS
CSCD
北大核心
1993年第1期61-69,42,共10页
Chinese Journal of Biomedical Engineering
基金
国家自然科学基金资助课题
关键词
电磁波
窗效应
谐振
: Eletromagnetic
Window-Effects
Resonance
Mechanism(Supported by the Netional Scientific Fouudatiou)
