Chen K C, Lin C I
J Microw Power. 1978 Sep;13(3):251-6. doi: 10.1080/16070658.1978.11689102.
An improved design of the fluid-filled waveguide-exposure chamber is described for studying effects of microwave radiation on cells in vitro. The system with a micropipette sample holder may be used as a prototype to isolate the apparent nonthermal factor of microwave radiation on cells in culture from those effects resulting from cell temperature rise. This system also allows more precise calibration of incident and absorbed microwave energies. Compared with control, somatic cells of the Chinese hamster exhibited a lower rate of growth and difference in morphology after 2450 MHz microwave radiation for 20 min at a power density of 500 mW/cm2.
本文描述了一种用于研究微波辐射对体外细胞影响的改进型充液波导暴露室设计。带有微量移液器样品架的系统可作为一个原型，用于将微波辐射对培养细胞的明显非热因素与细胞温度升高所产生的影响区分开来。该系统还能更精确地校准入射和吸收的微波能量。与对照组相比，中国仓鼠的体细胞在功率密度为500 mW/cm² 的2450 MHz微波辐射20分钟后，生长速率较低且形态出现差异。
