| 1. | 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 。 |
| 2. | 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。 |
| 3. | Basic standard for the measurement of specific absorption rate related to human exposure to electromagnetic fields from mobile phones 300 mhz - 3 ghz
通话人暴露于电磁场的移动电话特殊吸收测量基本标准 |
| 4. | Sar : practice for determining the peak spatial - average specific absorption rate in the human head from wireless communications devices : measurement techniques
测定人体头部中来自无线通信装置的峰值空间平均比吸附率 |
| 5. | Sar : recommended practice for determining the peak spatial - average specific absorption rate in the human head from wireless communications devices : measurement techniques
人脑对无线通信设备的峰值空间-平均绝对吸收率 |
| 6. | Sar safety levels with respect to human exposure to radio frequency electromagnetic fields , 3 khz to 300 ghz ; amendment 2 : specific absorption rate limits for the pinna
处于射频电磁场3khz至300ghz的人体的安全等级.修改件2 : pinna的特定吸收率 |
| 7. | Comparing to traditional external antennas , internal antennas offer several advantages , such as less broken off , low specific absorption rates ( sar ) , easy mass production
与传统外置天线相比,内置天线有着非常诱人的好处,如不易跌破,低特定吸收率( sar ) ,易实现大规模批量生产。 |
| 8. | 300 mhz 3 ghz human exposure to radio frequency fields from hand - held and body - mounted wireless communication devices - human models , instrumentation , and procedures - part 1 : procedure to determine the specific absorption rate for hand - held devices used in close proximity to the ear frequency range of 300 mhz to 3 ghz
人暴露于手持和车载无线通信设备产生的射频场.人体模型仪器和规程.第1部分:紧贴耳朵使用的手持设备 |
| 9. | In this paper , the calculation is made of the electric stress distribution and specific absorption rate ( sar ) distribution in the human body exposed to the stable plane wave and nuclear explosion electromagnetic pulse and microwave weapon electromagnetic pulse
本文主要讨论了振幅为100 、随正弦规律变化的稳态平面波、核爆炸脉冲波和微波武器脉冲波作用下人体内的电场应力的分布，同时也给出了在上述电磁波的作用下sar (比吸收率)的分布。 |
