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- The exposure standard for mobile phones employs a unit of measurement known as the Specific Absorption rate, or SAR. 流动电话的暴露标准运用了一组名为特定吸收率的测量数据,即SAR。
- Finally, the concrete electromagnetic environment was discussed, and the result of specific absorption rate was given in this paper. 最后根据具体的电磁环境进行了讨论，并计算了比吸收率。
- The general formula of human tissues specific absorption rate is derived from the classical electro dynamics,this involves the Pointing vector and Maxwell equation. 从电磁学的玻印廷矢量和麦克斯韦场方程出发,推导了人体组织比吸收率的近似表达式,并讨论了生物电磁效应的机理。
- During the hyperthermic oncology, the heat distribution which means the specific absorption rate (SAR) and temperature patterns show the heating abilities of the hyperthermic applicators. 本文以比吸收率和温度分布图形说明三维成像技术在肿瘤热疗中的应用。
- Keywords microwaves;dosimetry;specific absorption rate（SAR）; 微波;剂量学;比吸收率;
- Analysis of Specific Absorption Rate of Cells in the Culture Dish under Millimeter-wave Irradiation 毫米波辐射下培皿内细胞的比吸收率分析
- Keywords magnetic nanoparticle;target hyperthermia;series resonance;specific absorption rate;magnetosome; 磁颗粒;靶向热疗;串联谐振;比吸收率;磁小体;
- Keywords interphone;microwave;power density;specific absorption rate;field investigation; 对讲机;微波;功率密度;比吸收率;现场调查;
- Keywords Electromagnetic Model of Human Body;Specific Absorption Rate （SAR）;Radiation of Planar Inverted-F Antenna （PIFA）;Finite Difference Time Domain （FDTD）; 人体电磁模型;比吸收率SAR;手机平面倒F天线（PIFA）辐射;时域有限差分法（FDTD）;
- The absorption rate reaches over 98%. 吸收率达到98%25以上.
- SAR Specific Absorption Rate 比吸收率，单位时间内单位质量的物质吸收的电磁辐射能量
- specific absorption rate (SAR) 比吸收率
- The absorption rate constant expresses the speed of absorption. 吸收速率常数表示吸收的速度。
- specific absorption rate SAR 比吸收率SAR
- specific absorption rate 比吸收率
- Study on the Distribution of Specific Absorption Rates(SAR) in Human Body Effected by Stable Plane Wave 稳态平面波作用下人体比吸收率分布研究
- The absorption factor and absorption rate of nitrogen were analyzed. 分析了影响氮的吸收因素和氮的吸收率。
- The mechanism of PNPP catalytic hydrolysis has been proposed based on the analytic result of specific absorption spectrum. 在分析特性吸收光谱的基础上提出了PNPP的催化水解的机理，由此机理上建立了PNPP催化水解的动力学数学模型。
- An improved method determining the type of the generator kinetics by using the curve of chlorine absorption rate is presented. 给出了利用氯气吸收速率变化曲线判定发生器动力学过程类型的方法。
- After two to four days the absorption rates were between 1.7 and 4.6%. 用药后2到4天内，吸收率为1.;7%25至4
