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TranslationMobile

光分解
光降解
光致降解

"light" in Chinese : vi. (lit 或 lighted) 1.〔古語〕下馬 ...
"degradation" in Chinese : n. 1.降級；免職。 2.退化；墮落。 3.【地質(zhì)學； ...
"light degradation resistance" in Chinese : 耐光降解性
"degradation" in Chinese : n. 1.降級；免職。 2.退化；墮落。 3.【地質(zhì)學；地理學】(地表的)剝 ...
"abiotic degradation" in Chinese : 非生物降解
"ablative degradation" in Chinese : 燒蝕破壞
"abrupt degradation" in Chinese : 急劇退化
"accelerated degradation" in Chinese : 加速降解
"acid degradation" in Chinese : 酸降解作用; 酸性降解
"actinic degradation" in Chinese : 光化降解
"adaptive degradation" in Chinese : 自動降級; 自適應降級
"aerobic degradation" in Chinese : 耗氧分解; 耗氧降解
"aldose degradation" in Chinese : 醛糖降解
"alkali degradation" in Chinese : 堿降解(作用); 堿性減低; 堿致降解
"alkaline degradation" in Chinese : 堿降解; 堿性降解

Examples

Light degradation stability of a - si : h films
氫化非晶硅薄膜光衰退穩(wěn)定性的影響因素
However , it is not found that ceo2 nanoparticles were employed at light degradation catalysis aspect
但是，目前還未見到將納米二氧化鈰應用于光降解方面的研究。
Finally , the effect of boron and interstitial oxygen on the light degradation are studied
作為本文的主要內(nèi)容，對影響太陽電池光衰減的主要因素?硼、氧進行了研究。
In order to avoid light degradation , low interstitial oxygen content and low boron concentration b - doped p - type cz - si material should be used , for example , the resistivity can be from 5 - 10 . cm , the efficiency has reached to 22 . 0 %
上述研究工作表明：為了避免光衰減，提高硅片少子壽命，應該選擇低氧濃度的硅片，并降低硼的摻雜濃度，即：使用高阻材料制作太陽電池。
In this part , the issues and mechanism of light degradation of b - doped p - type cz - si solar cells are introduced firstly , it was clarified that boron and interstitial oxygen are major components of defect center for light degradation of b - doped cz - si solar cells . then in the experiment the b - doped cz - si is chosen as the substrates and annealled at different temperature
文中首先介紹了摻硼單晶硅太陽電池的光照衰減問題及衰減機制，然后以p型摻硼單晶硅為實驗樣品，經(jīng)過不同溫度的熱處理，對影響光衰減的主要因素硼、氧進行了研究。
In order to study the photochemical activity of the product further , this dissertation , taking methyl orange as a deputy of organism , has studied the relation between the concentration of the organism and the reactive time during the process of light degradation , and , on the basis of the relation , the kinetic process of the photocatalytic degradation was achieved by the treatment on the curve of the organism concentration to the reactive time : zero order reaction of the high organism concentration , first order reaction of the middle organism concentration , second order reaction of the low organism concentration
在產(chǎn)品對有機物的光降解方面，本文主要以產(chǎn)品光降解甲基橙溶液為例，研究了光降解過程中，有機物濃度與時間的關系。并在此基礎上，對有機物濃度與時間的曲線進行了動力學處理，得出產(chǎn)品光降解甲基橙的動力學過程分為三步，摘要即:高濃度時的零級反應、中等濃度時的二級反應和低濃度時的一級反應。