...并结合健康档案进行综合分析，方可诊断为放射性白内障。H9NUW7X9K58512T4CR0G8SDABE81A7JM 放射性白内障(Radiation cataract)是指由X射线、γ射线、中子及高能β射线等电离辐射所致的晶状体混浊。
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文章简介：因放射线所致的晶状体混浊， 称为辐射性白内障 （ radiation cataract ），一般可分为放射性白内障，红外线所致的白内障，紫外线辐射性白内障，微波辐射所致白内障。
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... somattic effects躯体效应 radiation cataract辐射白内障 linear no-threshold model线性无阈假设 ...
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... 辐射环境模式 models of radiation environoments 辐射缓冲器 radiation cataract 辐射活化 radioactivation ...
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ionizing radiation cataract 白内障
Diagnostic Criteria for Radiation Cataract 放射性白内障诊断标准
radiation n cataract 放射性白内障
cataract radiation 辐射白内障
Cataract associated with radiation 与辐射相关的内障
These results suggest that AgNROs could be a useful objective target to investigate the mechanism of radiation cataract.
上述结果为探索放射性白内障的发生机理提供了客观指标。
Worldwide approximately 18 million people are blind as a result of cataracts, of these 5% of all cataract related disease burden is directly attributable to UV radiation exposure.
全世界大约有1800万人因白内障而失明，在所有与白内障有关的疾病负担中，有5%的负担可直接归咎于暴露于紫外线辐射。
The face fabric of the utility model is orange rain-proof fabric, which prevents ultraviolet radiation, and thereby, the functions of preventing skin cancer and cataract are reached.
它的面料为桔黄色防雨绸，具有防止紫外线辐射，从而达到防止皮肤癌和白内障的功能；
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