rare-earth laser 中文意思是什麼

rare-earth laser 解釋
稀土元素激光器
  • rare : adj 1 稀少的;(空氣等)稀薄的;(群島、星等)稀疏的。2 稀有的,珍奇的;極好的,珍貴的。3 〈口語...
  • earth : n 1 〈常E 〉 地球。2 大地,陸地,地面,地上。3 土壤,土。4 【化學】土類;泥。5 世界人類;人的軀體...
  • laser : n 鐳射激光,受激發射光,激光;萊塞;激光器,光激射器 ( = light amplification by stimulated emis...
  1. Research on preparation and luminescence of rare earth doped tellurite and phosphate glassy laser materials is author ' s mainly researched topics. in addition, the author has also studied for the application about the two kinds of materials

    作者碩士期間所作工作主要是摻稀土亞碲酸鹽和磷酸鹽玻璃激光材料的制備和發光的研究,在這基礎上對它們的應用也作了相應探討。
  2. Effect of boron and rare earth on performance of laser cladding of iron - base alloy

    稀土對鐵基合金激光熔敷層性能的影響
  3. Measurement for the fluorescent spectra of rare earth ions - doped laser glass

    摻稀土離子激光玻璃熒光光譜的測量
  4. In this paper, the author firstly introduces the relative preparation technology of rare earth doped glassy laser materials and some theories about luminescence of rare earth ions, then shows his work results done for master degree

    在本論文中,作者首先對摻稀土玻璃激光材料制備的相關技術和稀土發光的有關理論進行了系統的介紹,然後對作者碩士期間所作工作進行了闡述。
  5. Studies of surface oxidation of rare - earth nd, dy, er and yb x - ray laser targets with quartz oscillation

    薄膜靶表面氧化過程的石英晶振方法研究
  6. The analyzing model was established, and a novel inner - cladding structure of dcf with higher performance was designed. integrated by the absorption and emission characteristics of rare - earth - ions in dcf and the ld ' s pumping principle with its relative references, the - academic model of high power dcf laser with f - p cavity was based, by using methods of numerical analysis, the high power dcf laser was simulation with good results and consistency

    結合稀土離子的吸收及發射特性及二極體泵浦固體激光原理,應用相關的理論建立了高功率f - p腔型光纖激光器的理論分析模型,利用matlab 、 mathcad , origin等軟體,採用數值計算及分析方法,結合具體參量數值對實驗進行了模擬分析,並研究了不同特性參量對激光器性能的影響。
  7. At present, laser crystals doped different rare earth ions are widely applied in the field of scientific research, communications and military affairs

    目前,摻不同稀土離子的激光晶體在科研、通信和軍事上得到了廣泛的運用。
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