剂量率

jì liànɡ lǜ
  • dose rate
剂量率剂量率
  1. 小鼠DNA双链断裂修复缺陷细胞的γ射线剂量率效应

    γ - ray dose rate effect in DNA double-strand break repair deficient murine cells

  2. 加速器及近距离遥控后装机室外X、γ辐射剂量率范围接近1987年“全国放射性水平调查”的天然贯穿辐射剂量平均值;

    The outdoor dose rate was similar to the natural mean value suggested by 1987 State Radiation Investigation .

  3. Air(初三适用)山林地陆地γ辐射空气吸收剂量率测量

    The measurement of absorbed dose rates in air from terrene γ - ray in mountain forest

  4. 不同剂量率X射线辐照对小鼠免疫系统的影响

    Effects of Irradiation with Different Dose Rates of X-ray on Mouse Immune System

  5. 重离子辐照诱导DNA双链断裂的剂量率效应

    Dose - rate effects on the induction of DNA double - strand breaks with heavy-ion irradiation

  6. 高剂量率后装~(192)Ir源剂量测试研究进展

    Dosimetric advancement of high-dose-rate after-loading ~ ( 192 ) Ir source

  7. X射线的电离剂量率测量实验

    Measurement of X - ray ionization dose rate

  8. 给出辐射参数的测定结果和携带式X·γ辐射剂量率仪的校准实例。

    The radiation parameters and some examples of calibrating portable X and Gamma radiation dose ratemeters were given .

  9. AH型高剂量率后装腔内治疗装置剂量测定研究

    Dosimetry of AH Type High Dose Rate Afterloading System for Intracavitary Therapy

  10. 高剂量率~(60)Co腔内后装治疗宫颈癌的参考体积和参考点剂量

    The Reference Dose and Volume of High Dose Rate ~ ( 60 ) Co Intracavitary Therapy of Uterine Cervical Cancer

  11. 不同~(60)Coγ剂量率下10位双极D/A转换器的总剂量效应

    Total Dose Effect of 10-bit Bipolar D / A Converter Under Different ~ ( 60 ) Co γ Dose Rates

  12. 腔内放疗采用192Ir高剂量率后装机,A点剂量6~18Gy。

    192 Ir high-dose-rate afterloading unit was used in brachytherapy , with a dose of 6-18 Gy at point A.

  13. 低剂量率下MOS器件的辐照效应

    Radiation Effects of MOS Devices at Low Dose Rate

  14. 高剂量率低剂量辐射对人红细胞ATP酶的影响

    Effection of Low Dose but High Rate Radiation on the ATP enzyme of Human Red Cell

  15. CdTe在高γ剂量率探测中的应用

    Applications of CdTe in High γ Dose Rate Detection

  16. ~(60)Co外照射加高剂量率腔内后装放射治疗鼻咽癌长期观察

    The long term results of nasopharyngeal carcinoma treated by ~ ( 60 ) Co external irradiation plus intracavitary radiotherapy using the high dose rate afterloading technique

  17. 子宫颈癌高剂量率~(60)Co和~(137)Cs腔内后装治疗的疗效分析

    Analysis of results between ~ ( 60 ) co and ~ ( 137 ) cs HDR afterloading in the treatment of cervical cancer

  18. 对金属氧化物半导体(MOS)器件在低剂量率γ射线辐照条件下的剂量率效应以及温度效应进行了研究。

    Effects of irradiation dose rates and irradiation temperature are investigated for MOS device under γ - rays .

  19. BF2~+注入硅栅Si/SiO2系统低剂量率辐照效应的研究

    Study of Radiation Effect of the Silicon Gate Si / SiO_2 System Implanted BF_2 ~ + at Low Dose Rate

  20. ~(60)Co-γ射线全身低剂量率辐照对小鼠血浆中IL-12和IL-10的影响

    Effect of gamma irradiation at low dose-rate on the level of IL-12 and IL-10 in the plasma of mice

  21. 介绍了九江市区首次放射性γ照射量率与X-γ剂量率调查的方法及结果。

    In this paper , the inquisitional method and results of γ - irradiation rate and X - γ dose rate of radioactivity are introduced in the district of Jiujiang city .

  22. 此外,本文还开展了BF2~+注入MOS电容低剂量率辐照效应的研究工作。

    In addition , research on radiation effects of MOS capacitor implanted BF2 + at low dose rate are also made in short .

  23. 伪闭锁路径法能够较好抑制体硅CMOS器件的永久闭锁问题,但不能避免辐射引起的剂量率扰动。

    Pseudo-latchup path method can be used to prevent permanent latchup , but it cannot be used to eliminate the dose rate upset of bulk-Si CMOS devices .

  24. 核聚变实验装置HT-7U停机辐射剂量率三维计算与分析

    3-D calculation and analysis of shutdown dose rates for nuclear fusion device HT-7U

  25. 多次低剂量率腔内治疗的时间、剂量因子(TDF)简易计算法

    A simplified calculation for TDF of multiple fractions low-dose rate brachytherapy

  26. 不同发射极面积npn晶体管高低剂量率辐射损伤特性

    Characteristics of high-and low-dose-rate damage for domestic npn transistors of various emitter areas

  27. [目的]探讨不同剂量率射线对全身照射(TBI)效应的影响。

    To investigate the influence of different dose rate on the effect of total body irradiation ( TBI ) .

  28. ~(125)I粒子持续低剂量率照射对前列腺癌PC-3细胞移植瘤的抑制作用

    The inhibiting effect of continuous low-dose-rate ~ ( 125 ) I seed radiation to prostate transplanting carcinoma

  29. PMOS剂量计的剂量率效应

    Dose rate effects of PMOS dosimeter

  30. 晚期混合裂变产物内照射诱发体细胞HPRT基因位点突变率与剂量率关系的研究

    Study on the relationship between dose-rates and somatic cell mutation at HPRT locus induced by late fission products