极低频电磁场通过诱导在机体中产生电场和电流与机体组织发生相互作用 ,这是目前唯一确定的电磁场的作用机制。但是 ,通常在我们周围环境中由极低频电磁场诱导产生的电流大小一般比自然存在于我们身体内的最强电流 ,如控制心脏跳动的电流要低得多。自 1979年流行病学研究最先关 Very low frequency electromagnetic field by inducing the body to produce electric field and current interaction with the body tissue, which is the only mechanism to determine the role of the electromagnetic field. However, the magnitude of the current normally induced in your environment by very low frequency electromagnetic fields is generally much lower than the strongest currents that naturally occur in our bodies, such as the current that controls heart beats. Since 1979 epidemiological studies first off