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首页> 外文会议>3rd International EMF Seminar in China: Electromagnetic Fields and Biological Effects; Oct 13-17, 2003; Guilin, China >DOSIMETRY OF MMW POWER DENSITY AND POWER ABSORPTION DENSITY FOR CELLS IN CULTURE DISHES PART Ⅱ:INFLUENCE OF DISH CONFIGURATION
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DOSIMETRY OF MMW POWER DENSITY AND POWER ABSORPTION DENSITY FOR CELLS IN CULTURE DISHES PART Ⅱ:INFLUENCE OF DISH CONFIGURATION

机译：培养皿中MMW功率密度和吸收率的剂量分布Ⅱ：培养皿构型的影响

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摘要

The PD and PAD distribution patterns are evidently related to the culture dish configuration. This fact leads to the extrapolation that the nonuniformity of the PD and PAD distributions results mostly from the side shape of the culture dish whose dimensions are comparable to the MMW wavelength. So the nonuniformity is possibly avoidable in the central area of a culture dish with a diameter much larger than the MMW wavelength. If this is true, large-diameter culture dishes should be recommended for these experiments. This conclusion has been reached by the previous study. The preliminary study introduced here as part Ⅰ and part Ⅱ for the seminar has again proved that experimental dosimetry is very complicated but highly important for researches on MMW biological effects to be carried out in the days to come. And the cooperation between dosimetry study and experimental study are to be encouraged if we look forward to fresh findings in this new territory of biological science.
机译：PD和PAD的分布模式显然与培养皿的配置有关。这一事实导致推断，PD和PAD分布的不均匀性主要是由培养皿的侧面形状引起的，其尺寸与MMW波长相当。因此，在直径远大于MMW波长的培养皿的中心区域，可以避免不均匀性。如果是这样，则应建议将大直径培养皿用于这些实验。先前的研究已经得出了这一结论。在本研讨会的第一部分和第二部分中介绍的初步研究再次证明，实验剂量非常复杂，但对今后几天进行的MMW生物学效应的研究非常重要。如果我们期待在生物科学的这个新领域获得新的发现，则应鼓励剂量学研究与实验研究之间的合作。

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