luminesce meaning in English
vi.
(-nesced, -nescing) 发(冷)光；变明亮。
Examples
- Influence of high voltage static electric field for super - weak luminesce of crops seed
高压静电场对作物种子超弱发光的影响 - The adulteration of dy3 + n gd3 " 1 " ^ la3 + > sm3 " 1 " can inhance the luminesce efficiency , while bi3 + decreases
掺杂适量的dy ， gd ， la ， sm可提高磷光体发光效率，而掺bi则使磷光体强度降低。 - The influence rule of y2c > 2s : eu , mg , ti long - persistent phosphor fluorescent properity and luminesce intensity is studied with the changing of concentration of mg , ti
研究了不同的mg ， ti掺杂量对y2o2s - eu ， mg ， ti磷光体发光强度和余辉特性的影响规律。 - The suited concentration of mg2 + is 20mol % , and the concentration of ti takes more effect on the fluorescent intensity . base on the suited adulteration concentration of mg2 + , ti4 * , the relationship between concentration of eu3 + and phosphor luminesce properity and chroma is studied
反之， ti含量给定( 10mol ) ，随mg掺量增加也表现出类似的规律，其余辉最强处mg含量约20mol ，但ti对余辉的增强作用较mg更为显著。 - The influence of y2o2s : eu phosphors fluorescent spectra , chroma and luminescing efficiency is studied with the changing of concentration of eu34 " ion , and the suited concentration of eu3 + ion is acquired , all these provided support for the research on the yzc ^ s : eu , mg , ti long - persistent phosphors structure and luminescence performance
研究了不同eu含量对y _ 2o _ 2s ： eu荧光体光谱性能、发光效率和色度的影响，给出了最适宜的掺eu浓度，为进一步研究探讨y2o2s ： eu ， mg ， ti长余辉磷光体的基质组成和发光性能提供依据。