optimum-doped 中文意思是什麼
optimum-doped
解釋
最適摻雜-
We firstly summarize the development of yb - doped fiber lasers, pumping methods and the applications of high - power fiber lasers. 2. considering the scattering loss, we deduce the relationships between laser performances of yb - doped double - clad fiber laser and parameters of laser cavity from the steady state rate equations, numerically analysis the changes of laser performances, such as laser power with the parameters of laser cavity, including output mirror reflectivity, optimum length of double clad fiber
研究主要內容包括如下幾個方面:一、首先對摻鐿光纖及摻鐿光纖激光器的發展狀況、包層泵浦技術和高功率光纖激光器的應用等進行了綜述;二、在前人對高功率雙包層光纖激光器的理論基礎上，在考慮了光纖散射損耗因子的情況對光纖激光器理論進行了推導，給出了準解析解，進一步完善了理論分析。 -
3. the coupled - mode theory and matrix theory of lpfg have been studied. based on the erbium - doped fiber which has been chosen for edsfs, smf - 28 of corning corporation and photosensitive fiber of coractive corporation, the optimum fiber grating period, length, the maximum cross transmission wavelength and the relation
3 .推導長周期光纖光柵耦合模理論及矩陣理論，結合幾種不同的光纖，包括課題中的摻鉺光纖、 corning公司的smf - 28單模光纖及加拿大coractive公司的光敏光纖，利用matlab7建模並結合已確定的長周期光纖光柵的透射譜來優化長周期光纖光柵周期、長度、諧振波長等幾個參數及它們之間的關系，用來指導和優化光纖光柵的製作。 -
The rate equations of theb3 + doped crystal laser in cw operation were solved. we analyzed several factorshich influenced the laser output and obtained the optimum value by calculation
建立了摻yb ~ （ 3 + ）晶體激光器的速率方程，對影響連續激光器輸出功率的因素進行了分析，得到了各種優化值。 -
In particular, erbium - doped superfluorescent fiber sources ( edsfs ) have been considered to be the optimum candidate for use in fiber optic gyros ( fog )
在高精度的光纖陀螺（ fog ）中，摻鉺光纖光源即摻鉺光纖超熒光光纖光源（ edsfs ）成為最有潛力的候選者。 -
Second, in luminescence materials hole or electron concentration will change with the doping content. so we expand the hole or electron concentration in taylor expansion and calculat the optimum doping contents. for several semiconductor materials such as zns : mn, silicon doped er and gaas, gap, gan doped different materials, we calculat their optimum doping contents which arc close to some experimental results
應用該表達式，給出了各種不同的制備方法zns摻mn 、硅基摻鉺、以及gaas 、 gap 、 gan摻不同元素制出的發光材料，對最佳摻雜含量進行了理論上的計算，理論計算值與實驗數據相符合。
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