超薄激光器 的英文怎麼說

中文拼音 [chāoguāng]
超薄激光器 英文
ultrathin laser
  • : Ⅰ動詞1 (越過; 高出) exceed; surpass; overtake 2 (在某個范圍以外; 不受限制) transcend; go beyo...
  • : 名詞[方言] (浮萍) duckweed
  • : Ⅰ動詞1 (水因受到阻礙或震蕩而向上涌) swash; surge; dash 2 (冷水突然刺激身體使得病) fall ill fr...
  • : Ⅰ名詞1 (照耀在物體上、使人能看見物體的一種物質) light; ray 2 (景物) scenery 3 (光彩; 榮譽) ...
  • : 名詞1. (器具) implement; utensil; ware 2. (器官) organ 3. (度量; 才能) capacity; talent 4. (姓氏) a surname
  • 超薄 : ultrathin超薄磁帶 ultrathin magnetic tape; 超薄激光器 ultrathin laser
  • 激光器 : [光學] (光激射器) laser (縮自 light amplification by stimulated emission of radiation); optic...
  • 激光 : [物理學] laser 激光靶 laser target; 激光報警器 laser avoidance device; 激光玻璃纖維 laser fibre; ...
  1. By using these mode - locking devices on novel thin - disk solid state lasers and optically pumped vertical - external - cavity surface - emitting semiconductor lasers ( opsvf. csel ) to obtain high average output power ultrashort pulses are stated, and it is emphasized that the study of high average output power ultrashort pulses laser can be accelerated greatly by using the quantum dot sesam

    綜述了利用半導體可飽和吸收鏡被動鎖模片式固態泵浦垂直外腔面發射半導體,獲得高平均輸出功率短脈沖的最新進展,並指出量子點半導體可飽和吸收鏡的使用將加速短高功率脈沖的發展。
  2. Zno is promising : high - quality zno with very low defect densities can be synthesized at much lower temperature ; zno can emits light with shorter wavelength than blue light emission from gan ; zno has higher excitonic binding energy promising strong photoluminescence from the bound excitonic emissions even at room temperature ; by alloying with mgo, tuning of the band gap while keeping the zno hexagonal structure can be achieved by forming mgxzn1 - xo. as we know, band gap tuning is important to produce efficient and lasting light emitting diodes ( led ) and other electronic devices

    利用mg _ xzn _ ( 1 - x ) o膜,可以在保持zno六方纖鋅礦( wurtzite )結構的同時有效調節調節膜的禁帶寬度,制備出基於氧化鋅的量子阱、晶格及相關的件,如基於氧化鋅的紫外探測、紫外發二極體和紫外二極體等電子件。
  3. In many cases, e. g., heat protective coating of spacecraft, laser heating or microwave heating, multilayer insulation at the low temperature, superconducting film et al.,

    非傅里葉導熱在很多情況下遇到,例如航天熱防護、或微波加熱,低溫多層絕緣、以及膜等。
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