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irradiation dose meaning in Chinese

辐照剂量
照射剂量
照射量
照射损伤

Examples

  1. At the dose rate of 1 ~ 3 gy / min , their tolerant capacity were ranked from high to low as : one year dormant plant > dry dormant seed > one year shoot > wet cold - stratified seed , their irradiation dose were suggested as 75 - 100gy , 50 ~ 100gy , 30 ~ 50gy , 30 ~ 40gy , respectively
    在剂量率为1 3gy min时,按照耐受性由高到低依次是:一年生休眠植株休眠干种子一年生枝条解除休眠湿种子。它们的适宜辐射剂量分别是:一年生休眠植株, 75 100gy ;休眠干种子, 50 100gy ;一年生枝条, 30 50gy ;解除休眠湿种子, 30 40gy 。
  2. Secondly , the radiation effects of the system of silicon gate si / sio2 ( silicon gate nmos and pmos ) implanted bf2 are made a deep systematic study . especially , the relationship between threshold voltage shift ( vth and vit vot ) in radiated mos transistor and irradiation dose rate , irradiation dose , irradiation temperature , bias voltage , device structure as well as annealing condition is explored emphatically
    在此基础上,对bf _ 2 ~ +注入硅栅si sio _ 2系统低剂量率辐照效应进行了深入系统的研究,着重研究了bf _ 2 ~ -注入mos管阈值电压漂移( vth和vit 、 vot )与辐照剂量率、辐照总剂量、辐照温度、偏置电场、器件结构以及退火条件的依赖关系。
  3. The refractive index and the changing behaviour of the a - sic : h films were calculated by using uv - vis - nir spectroscopy interference wave and it was found that the hydrogen content and ir transmittance were decreased with y rays irradiation dose . lt is very interesting that the sp ' c - h bonds were observed by the raman spectra for the first time and expand the application scopes of raman spectroscopy in structure analyse fields
    根据uv ? vis ? nir光谱中的干涉条纹,计算出了y射线辐照下a - sic : h薄膜的折射率及其变化趋势,并由此得出y射线辐照导致其氢含量变小及红外透过率变小的结论。有趣的是:还首次用raman光谱观察到了dlc薄膜中sp ~ 3c - h键随辐照剂量改变的变化规律,扩大了其在结构分析领域中的应用。

Related Words

  1. irradiation polymerization
  2. beta irradiation
  3. concentrated irradiation
  4. alpha irradiation
  5. intense irradiation
  6. irradiation drum
  7. electrical irradiation
  8. spectral irradiation
  9. external irradiation
  10. irradiation vessel
  11. irradiation distortion
  12. irradiation dosage
  13. irradiation drum
  14. irradiation effect
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