1) ultraviolet aging
紫外老化
1.
Study of Rheological Behavior, Crystallization Kinetics, Mechanical Properties and Ultraviolet Aging Resistance of Metallocene Polyethylene/Inorganic Nano-composites;
茂金属聚乙烯及其与无机纳米材料杂化共混物的流变学、结晶动力学、力学行为和抗紫外老化性能研究
2.
Effect of carbon black on thermal-oxidative and ultraviolet aging resistance of styrene-butadiene rubber vulcanizates
炭黑对丁苯橡胶耐热氧和紫外老化性能的影响
3.
The effect of ultraviolet aging time on the properties of mechanical,melting viscosity,melting temperature and IR were discussed.
对聚丙烯(PP) /纳米TiO2 复合材料的紫外老化进行了研究。
2) UV-ageing test
紫外老化
1.
After the salt spray test,moist heat test and UV-ageing test,the best system was found:Epoxy zinc rich primer + MIO(micaceous iron oxide)epoxy middle coating + Normal temperature cure fluorocarbon top-coat.
通过对几种常用氟碳涂装体系进行盐雾、湿热和耐人工加速紫外老化试验研究,得到性能最佳的涂装体系为:环氧富锌底漆+环氧云铁中间漆+常温固化氟碳面漆。
3) UV arc aging
紫外灯老化
1.
The results show that UV arc aging speed is obviously faster than xenon arc aging and outdoor exposure for EVA and PE film, the changing trend of xenon arc aging test is s.
实验结果表明:对于EVA和PE农用棚膜来说,紫外灯老化速度明显快于氙灯老化及大气曝露,氙灯老化实验与大气曝露实验的变化趋势相接近,说明氙灯老化实验与大气曝露实验的相关性较好。
4) ultraviolet aging
紫外线老化
1.
The changes of cleavage strength of SBR modified asphalt mixture and base asphalt mixture can reflect the rule that the asphalt mixture changes with time by using ultraviolet aging at different time.
试验中利用不同时照的紫外线老化,SBR改性沥青混和料与基质沥青混合料的劈裂强度变化,反映出沥青混合料随时间变化的规律。
5) ultraviolet radiation aging
紫外光老化
1.
Objective:The aim of this investigation was to examine the toothbrushing effect on the color stability, surface microstructure and inner chemical constitution of light-curing resin composites after an ultraviolet radiation aging and the water aging.
目的:研究紫外光老化和水老化处理后的刷牙作用对光固化复合树脂的色度稳定性,表面显微结构和内部化学键的影响。
6) UV-light aging
紫外光老化
1.
In order to analyze behavior and mechanism of UV-light aging of asphalt,two kinds of asphalt were aged in the laboratory.
为了研究沥青紫外光老化行为及机理,采用两种沥青进行室内模拟光老化试验,通过对沥青不同老化时间的黏度和延度对比分析,研究了沥青紫外光老化的高低温性能衰变行为,并采用组分试验、胶体结构以及红外光谱(IR)分析,探讨了其微观变化及老化机理。
补充资料：比色分析法(见紫外—可见分光光度法)
比色分析法(见紫外—可见分光光度法)
比色分析法见萦外一可见分光光度法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条