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- Ground-based Investigations of Vacuum Ultraviolet Radiation Behaviors of Organic Protective Coatings 真空紫外辐射对空间有机防护涂层的降解研究
- vacuum ultraviolet radiation 真空紫外辐射
- Influence of Cloud on Solar Ultraviolet Radiation. 云对太阳紫外辐射的影响。
- Ultraviolet radiation threatens other forms of life as well. 紫外线辐射也威胁着其他形式的生命。
- Capable of responding to sunlight or ultraviolet radiation by chemical reaction. 能经化学反应感光的能通过化学反应对阳光或紫外线辐射反应的
- The ozone layer reduces the penetration of ultraviolet radiation. 臭氧层能够降低紫外线的辐射穿透作用。
- Ultraviolet radiation from the hot star powers the nebular glow. 从炽热恒星放射出的紫外线激发了星云,并使它发光发热。
- This review introduces VUV (Vacuum Ultraviolet) environment effects on LEO (Low Earth Orbit). 摘要综述了真空-紫外线的空间环境效应及真空-紫外线对空间材料的降解作用。
- A plant sterol is converted into vitamin D by ultraviolet radiation. 一种植物固醇,受紫外线照射可转化成维生素D。
- The ozone layer blocks much of the sun's dangerous ultraviolet radiation. 臭氧屋阻挡了阳光中大量有害的紫外线辐射。
- The phosphor shows strong absorbability of vacuum ultraviolet(VUV) light at 172 nm and 147 nm and broad blue emission at 450 nm under VUV excitation. 真空紫外光辐射下的发光光谱(VUV-PL)显示所得粉体在147及172 nm处有较强的真空紫外吸收,172 nm光激发下的粉体在450 nm处呈现强的宽带发射;
- The dimmer star emits ultraviolet radiation to illuminate the nebula. 较暗的那颗星发出紫外线,令星云产生鲜艳的颜色。
- A Vacuum ultraviolet radiatien source with photon energy of 10.2 eV is used. The speed of the gas sampling pump is 0.51 L/min. 仪器中采用的光电离源是一光子能量为10.;2电子伏特的真空紫外辐射源;气体进样泵速为0
- A Variable Sky-View Platform for the Measurement of Ultraviolet Radiation. 一个不同的紫外辐射观测空中平台。
- Ultraviolet radiation may result in skin changes, such as erythema, photoaging. 紫外线辐射可造成皮肤损伤,引起皮肤出现红斑、光老化等。
- Research is made on the effect of substrate temperature(?T??s)on defects of SiO?2/Si interface caused by vacuum ultraviolet (VUV)photochemical vapor deposition (CVD). 研究了VUV(真空紫外)光直接光CVD(化学汽相淀积)SiO2/Si界面微结构缺陷与衬底温度(Ts)的关系。
- The correlation between skin cancer incidence and exposure to Ultraviolet radiation is given in Fig. 11-22. 图11-22中给出皮肤癌发病率与暴露紫外线辐射之间的关系。
- The first part is the study of utilizing hexamethyldisiloxane (HMDSO) film as the bottom antireflective coating (BARC) layer for deep ultraviolet (DUV) and vacuum ultraviolet (VUV) lithographies. 第一部分是利用六甲基矽氧烷(HMDSO)薄膜作为深紫外光及真空紫外光微影术的光阻底部抗反射层(BARC)。
- Ultraviolet radiation increases the risk of cataracts, which cloud the lens of the eye and can cause blindness. 紫外线辐射增加了白内障的危险,这种疾病使眼睛的晶体蒙上缀障并能导致失明。
- Using high frequency(1MHz)capacitance voltage( C V )test and the infrared(IR) spectroscopy,the effect of the deposition condition on the interfacial properties of the CVD SiO 2 formed by the vacuum ultraviolet(VUV)light is studied. 采用高频(1MHz)C-V测试和红外谱,研究了工艺参数对Xe激发真空紫外光直接光CVDSiO2的SiO2/Si界面特性的影响。