Kramar P, Harris C, Emery A F, Guy A W
J Microw Power. 1978 Sep;13(3):239-49. doi: 10.1080/16070658.1978.11689101.
Rabbits and monkeys were irradiated in the near field of a cavity-backed 2450 MHz resonant slot radiator, to determine the cataractogenic threshold. Rabbits developed cataracts at incident "apparent" power densities of 180 mW/cm2 (E2/120 pi, where E=rms/electric field strength). Monkeys sustained facial burns, but no lens damage, even at incident "apparent" power densities of 500 mW/cm2. These results were substantiated by computer thermal models.
将兔子和猴子置于一个背腔式2450兆赫谐振缝隙辐射器的近场中进行辐照，以确定致白内障阈值。当入射“表观”功率密度达到180毫瓦/平方厘米（E2/120π，其中E为均方根电场强度）时，兔子出现了白内障。猴子面部被烧伤，但即使在入射“表观”功率密度达到500毫瓦/平方厘米时，晶状体也未受损。这些结果得到了计算机热模型的证实。
