... incandescent readout 白炽灯数字显示装置 incident field strength 入射场强度 incident power 入射波功率 ...
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分析表明，交叉弛豫随激发场强度增大，并导致偏振因子随激发场入射脉冲面积减小。
It was revealed that the cross relaxation increased with intensity of the excitation, which resulted in the decrease of polarization factor with the input pulse area.
五种入射方式中大脑的电场强度平均值均为最高，并且在大脑的下部中间区域电场强度较高。
The mean and maximum electric field strength within the brain were the highest when the rat was radiated from back, tail and head direction.
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