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1)  vacuum ultraviolet radiation
真空紫外辐照
1.
Damage effects of the vacuum ultraviolet radiation on epoxy EP648, composites nanometer-TiO2/EP648, nanometer-TiO2+M40/EP648 and M40/EP648 were studied using a gas-jet type of vacuum ultraviolet simulator for simulating the ultraviolet radiation in vacuum.
利用射流式真空紫外辐照设备模拟空间的辐照条件,在温度为150K和压力为10~(-4)Pa的条件下,研究了波长为1~200nm的真空紫外线对纳米TiO_2/EP648、纳米TiO_2+M40/EP648、M40/EP648复合材料以及环氧树脂EP648的辐照损伤效应。
2.
A device to study vacuum ultraviolet radiation characteristics of diffuser by simulating space ultraviolet radiation environment was build up,and the vacuum ultraviolet radiation characteristics of Al+MgF2 diffuser in space ultraviolet remote sensing instrument were researched.
基于空间紫外辐照环境构建了漫反射板真空紫外辐照特性研究装置,利用该装置对空间紫外遥感仪器Al+MgF2漫反射板的真空紫外辐照特性进行了研究。
3.
The effects of thermo-cycling and vacuum ultraviolet radiation in low earth orbit on performance damage of Al/Kapton films were investigated using space environment ground-based simulation facility.
在空间环境地面模拟设备中模拟热循环、真空紫外辐照等低地球轨道空间环境对Al/Kapton薄膜的损伤效应。
2)  vacuum ultraviolet irradiation
真空紫外辐照
1.
A study on the resistance performance of epoxy nano-composites under vacuum ultraviolet irradiation
环氧基纳米复合材料抗真空紫外辐照性能研究(英文)
3)  vacuum-ultraviolet irradiation
真空-紫外辐照
4)  VUV radiation
真空紫外辐射
1.
The results show that as the pressure and Xe fractions increasing,147 nm VUV radiation efficiency decreases,but 173 nm VUV efficiency increases.
为了提高共面介质阻挡放电(DBD)的真空紫外线(VUV)辐射效率,采用流体模型研究了Ne/Xe混合气体的压强及Xe含量对DBD真空紫外辐射特性的影响。
5)  Ultraviolet and vacuum ultraviolet radiometric standard
紫外-真空紫外辐射标准
6)  UV irradiation
紫外辐照
1.
Influence of zinc oxide on the aging resistance of EPDM under UV irradiation;
氧化锌对EPDM抗紫外辐照老化性能的影响
2.
The effects of UV irradiation time, monomer (MAH) and initiator (BP) concentration on grafting rate and gel content of grafted polyethenes were studied.
采用紫外辐照技术制备了聚乙烯-马来酸酐接枝物,并用红外光谱对接枝物进行了表征。
3.
The effect of UV irradiation on the structure and properties of linear low-density polyethylene (LLDPE) and the mechanical properties of nylon 66 (PA66)/LLDPE blends were studied with FTIR and XPS, measurements of gel, melt index, and water contact angle, and mechanical property tests.
通过紫外辐照实现了高密度聚乙烯(HDPE)的官能化,改善了HDPE复合材料的性能[1-3]。
补充资料:掺杂石英光纤和紫外辐照计


掺杂石英光纤和紫外辐照计


掺杂石英光纤和紫外辐照计 顾茸安供稿
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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