irradiations

英 [ɪ,reɪdɪ'eɪʃ(ə)n]

美

n. 照射；发光, 放射
irradiation的复数

双语例句

• Comparisons of chromosome aberrations induced by in vitro 60 co γ-ray irradiations in human sperm and lymphocytes
  60Coγ射线离体照射诱发人精子和淋巴细胞染色体畸变的比较
• The Thermal Damage Research of Optical Materias under Millisecond-pulsed Laser Irradiations; Non-Fourier response of target irradiated by multi-pulse high power laser
  长脉冲强激光对光学材料热损伤的研究脉冲强激光辐照下材料响应的非傅里叶效应
• The energy analyzer screens the ion collector of the QMS from the irradiations of the x rays emitted on the grid surface, and of the ultraviolet light released in the de excitation processes of ions and excited molecules in the ionizer.
  该分析仪能使四极质谱计的离子收集器免受从栅网表面发射的X射线的辐射，和从电离器中的离子以及被激发的分子在退激励过程中释放的紫外线的辐射。
• Simulation of Radiation Effects in Structural Materials of Reactors Using High-energy Heavy-ion Irradiations
  利用高能离子模拟研究反应堆结构材料中的辐照效应
• Effects of High Concentration Manganese on Active Oxygen Production and Antioxidant Enzyme Activities in Cucumber Leaves under Different Irradiations
  不同辐照度下高浓度锰对黄瓜叶片活性氧产生和抗氧化酶活性的影响
• DNA double strand breaks are important lesions induced by irradiations.
  辐射过程引起的生物细胞的DNA双链断裂是一种很重要的细胞损伤过程。
• Using the ground-based environmental simulations for the irradiations of protons, electrons and their synergistic effects, the electric property degradations and damage mechanisms of the new-generation GaAs/ Ge solar cells were investigated.
  本文通过空间辐射环境地面模拟试验，对航天器应用的GaAs/Ge太阳电池在质子、电子及其综合辐照作用下电性能的演化规律及损伤机理进行了研究。
• Changes of neuroendocrine function after large dose X-rays irradiations of head and whole-body
  大剂量X射线头部和全身照射后神经内分泌功能的变化
• Mechanism of Damage in Diamond like Carbon Film Induced by γ ray and N ion Irradiations
  γ射线与N离子辐照类金刚石薄膜的机理研究
• Conclusions Low dose U-VA irradiation could induce adaptation reaction which protects cultured skin melanocytes from damages by subsequent challenged dose of UVA. The period the adaptation reaction lasts and protective extents are clearly related to the accumulated dosage of repeated low dose UVA irradiations and intervals.
  结论低剂量UVA照射可诱导培养的皮肤黑素细胞出现对随后高剂量UVA照射的适应性反应，其效应滞留期及强度与低剂量UVA的累积剂量有关。