technique for electron microscopy 中文意思是什麼
technique for electron microscopy
解釋
電子顯微鏡檢技術- technique : n. 1. （專門）技術；（藝術上的）技巧，技能。2. 手法〈如畫法，演奏法等〉。3. 方法。
- for : FOR f o r ＝ free on rail 【商業】火車上交貨（價格）。1 〈表示目標、去向〉向，往。 leave [sail] f...
- electron : n. 【物理學】電子。 the electron beam 電子束。 the electron theory 電子（學）說。
- microscopy : n. 顯微鏡學；顯微鏡使用術。
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Again, because the ion influx technique have a little damnification on the skin - deep structure for the cdte thin films, among the experiment, we have let the doped cdte thin films be annealed a hour with n2 atmosphere at 500, and then slowly cooled until the room temperature. via the test and analyse, heat treatment has very important effect on the comeback of crystallattice surface disfigurements. finally, the films were characterized by x - ray diffraction ( xrd ), scanning electron microscopy ( sem ), ultraviolet visible ( uv ) and the hall effect measurement
再次，由於離子注入會對薄膜表面的結構造成損傷，本實驗把被注入離子的cdte薄膜在n2氣氛中500下退火1個小時，然後緩慢冷卻至室溫。經測試分析，熱處理對晶格表面缺陷的恢復有很重要的作用。最後，利用xrd 、 sem 、紫外可見分光光度計及hall測試系統研究其結構，表面形貌和光電性能。 -
In this work, using elemental powders as starting reactant materials several carbide powders such as wc, sic, tic, zrc and corresponding alloys had been fabricated by ball - milling technique. x - ray diffraction ( xrd ), scanning electron microscopy ( sem ), transmission electron microscopy ( tem ) and other measurement techniques had been used to monitor the structural changes of powders after some ball milling time and the properties of the cemented tungsten carbides. and the mechanism for the formation of matal carbides by ma has also been discussed
本文主要對機械合金化（ ma ）技術在碳化物制備中的應用進行了研究，利用高能球磨，以元素粉末為原料，制備出wc 、 sic 、 tic 、 zrc的粉體以及wc基硬質復合材料，並利用x射線衍射、掃描電鏡、透射電鏡等方法分析和研究了球磨過程粉體的變化以及燒結后硬質合金的性能，對機械合金化制備碳化物的有關機理進行了研究和探索。 -
By analyzing the microstructure and phase composition of sm - fe alloy annealed and nitrided for different time using scanning electron microscopy and x - ray diffraction technique, the optimum values for the annealing time and the nitriding time is determined
通過對不同退火時間和氮化時間下材料的掃描電子顯微分析和x -射線衍射分析，確定了最佳的退火時間和氮化時間。
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