紫外光子 meaning in Chinese
ultraviolet photon
Examples
- This is the energy of an ultraviolet photon, a "large" energy on the atomic scale .
这是一个紫外光子的能量，在原子尺度上，它是一个“大”能量。 - Fluorescent destruction occurs about once for every ten interstellar ultraviolet photons absorbed .
每吸收十个星际紫外光子，就会发生一次荧光破坏过程。 - So , y rays , compared with the other particles , have some particularity in acting with materials . the uv photons , exceeding our expectation , can break the sp ' c - h bonds easily
因此，文中y射线与薄膜作用时，与其它粒子相比确实出现了一些特殊性。紫外光子对sp ~ 3c - h键的破坏能力如此强，确实出乎我们的意料。 - The y rays , neutrons , n ions and uv photons have different irradiation behaviour on the films by the study of this dissertatioathe y rays was much weaker than other particles if considering the breaking ability to the sp ' c - h bonds only
通过本文的研究发现， y射线、中子、 n ~ +及紫外光子对薄膜的作用效果明显不同。从对sp ~ 3c - h键破坏能力方面考虑，中子、 n ~ +及紫外光子最强，而y射线最弱。 - Dlc and a - sic : h films were prepared by the rf glow discharge and the reactive sputtering method respectively . there were two reasons that we chose y rays , ultraviolet ( uv ) photons , and neutrons as radiation sources . one is that y rays , uv photons and neutrons irradiation are serious at outer space and / or nucleus irradiation enviromentthe other is that the study on y rays irradiation on the films is a new and an important directioaotherwisejirnited reports have been made of the investigation on the uv photonsjieutrons irradiation influences on these films
本文分别采用射频( 13 . 56mhz )等离子体cvd及射频反应溅射方法制得了dlc及a - sic ： h薄膜。文中主要选择y射线、紫外光及中子作为辐照源有两方面的原因：一方面，在外层空间， y射线及紫外光辐射十分严重，而在核辐射环境下y射线及中子辐射也不可忽视；另一方面， y射线辐照这两种薄膜完全是一项开创性的工作，同时国内外对紫外光子、中子与这两种薄膜作用的研究也很少。