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TranslationMobile

發(fā)光中心

"center" in Chinese : n. 1.中心；中心點(diǎn)；圓心；中央；中樞，核心；中心人物 ...
"height of luminescent center" in Chinese : 發(fā)光中心高度
"luminescent" in Chinese : 發(fā)光的; 發(fā)光光譜; 發(fā)冷光的; 發(fā)亮的; 熒光的
"electro luminescent" in Chinese : 場(chǎng)致發(fā)光的; 電子發(fā)光體顯示器
"luminescent activator" in Chinese : 發(fā)光激活劑，發(fā)光活化劑
"luminescent analysis" in Chinese : 熒光分析
"luminescent bacteria" in Chinese : 發(fā)光菌; 發(fā)光細(xì)菌
"luminescent cell" in Chinese : 場(chǎng)致發(fā)光板; 發(fā)光細(xì)胞
"luminescent centre" in Chinese : 發(fā)光中心
"luminescent chromaticity" in Chinese : 發(fā)光色度
"luminescent color" in Chinese : 發(fā)光色料
"luminescent counter" in Chinese : 發(fā)光計(jì)數(shù)管; 發(fā)光計(jì)數(shù)器，閃爍計(jì)數(shù)器; 熒光計(jì)數(shù)器
"luminescent crystal" in Chinese : 發(fā)光晶體; 光晶體
"luminescent diode" in Chinese : 發(fā)光二極管
"luminescent dye" in Chinese : 發(fā)光染料; 螢光染料; 熒光染料

Examples

Height of luminescent center
發(fā)光中心高度
The doping of europium did not induce any new luminescent centers , but caused the luminescent efficiency of defects to increase greatly . 4 . by changing the rinse times during the synthesis of zns nanocrystallite , the surface state was studied
4通過改變zns納米晶制備過程中清洗的次數(shù)，比較了清洗前后發(fā)光強(qiáng)度的變化，分析了自激活發(fā)光中心在納米晶中的分布狀況，即自激活發(fā)光中心傾向于占據(jù)表面格位。
It concluded that self - activated luminescent centers are not distributed randomly but prefer to occupy the surface sites in nanoparticles . 5 . by raman spectra , epr spectra and uv irradiation - induced spectra change , the organic function groups of - oh , - ch3 and - coo adsorbed electrically on the surface of nanoparticles were discussed
Zns射漪屆劣結(jié)匆、齡腔與發(fā)芳碩里j筍應(yīng)忿丈君漪扮5借助raman光譜， epr (電子順磁共振)光譜以及紫外輻照誘導(dǎo)的光譜變化等實(shí)驗(yàn)手段，較深入的研究了納米晶的表面態(tài)。
The peak at shorter wave length side is assigned to be the electronic transitions between lumo and homo and that at longer wavelength is considered to be originated from excitons . to prove this assignment we draw support from study on ionization of excited luminescent centers in inorganic materials . we really observed the same behavior
利用無機(jī)材料中的碰撞離化，無機(jī)有機(jī)復(fù)合的類陰極射線激發(fā)及雙極注人的相互補(bǔ)充、疊加、一個(gè)加強(qiáng)另一個(gè)過程的關(guān)系，可以把它們集成在一起，如再加一電子阻擋層，則可更充分地利用獲得的電子，使電場(chǎng)誘導(dǎo)發(fā)光的性能如光強(qiáng)、光譜。