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采用频率２４５０ＭＨｚ，强度１０、５０、１００和２００ｍＷ·ｃｍ－２微波辐照大白兔，对血细胞影响较复杂，不同大强度影响的特点各异，未见明显的剂量－反应关系。５０ｍＷ·ｃｍ－２对白细胞、红细胞及其参数的影响最大。总剂量相同时对血细胞影响主要取决于微波辐照强度：２００ｍＷ·ｃｍ－２主要对白细胞产生明显影响，使白细胞总数显著增高，中性粒细胞明显增加，淋巴细胞显著降低，并出现明显的细胞形态异常改变；１００ｍＷ·ｃｍ－２对白细胞的作用则相反，而对红细胞参数的影响较突出，使红细胞平均体积和红细胞平均血红蛋白量显著增高，致红细胞平均血红蛋白浓度明显降低。仅１０ｍＷ·ｃｍ－２致血小板明显增高。
The frequency of 2450MHz, the intensity of 10,50,100 and 200mW · cm-2 microwave irradiation in rabbits, the impact on blood cells more complex, different high-intensity effects of different characteristics, no significant dose-response relationship. The effects of 50mW · cm-2 on leucocytes, erythrocytes and their parameters were the most significant. The total dose of the same impact on blood cells mainly depends on the intensity of microwave irradiation: 200mW · cm-2 mainly on the white blood cells had a significant impact on the total number of leukocytes was significantly increased neutrophils increased significantly lymphocytes significantly decreased and significant cells The morphological changes were abnormal. The effect of 100 mW · cm-2 on leukocytes was opposite while the influence on erythrocyte parameters was prominent. The mean volume of erythrocytes and mean hemoglobin of erythrocytes were significantly increased, and the average hemoglobin concentration of erythrocytes was significantly decreased. Only 10mW · cm-2-induced platelet increased significantly.