淺陷阱 的英文怎麼說

中文拼音 [jiānxiànjǐng]
淺陷阱 英文
shallow trap
  • : 形容詞1 (從上到下或從外到里的距離小) shallow 2 (淺顯) simple; easy 3 (淺薄) superficial 4 ...
  • : Ⅰ名詞1 (陷阱) pitfall; trap2 (缺點) defect; deficiency Ⅱ動詞1 (掉進) get stuck or bogged do...
  • : 名詞(捕野獸用的陷坑) trap; pitfall; pit
  • 陷阱 : pitfall; pit; trap; gin; deadfall; snare
  1. Experimental results are reported on temporal instability of phase - conjugate beam in a self - pumped ce : batio3 phase conjugator at 532nm. dark decay behaviors of sppc gratings in ce : batio3 are studied, for the first time to our knowledge, by measuring the decay of sppc reflectivities at 532nm and 790nm wavelengths at room temperature

    首次在實驗和理論上研究了自泵浦位相共軛光柵暗衰減的特性,與以往一深一兩個能級參與光折變過程不同的是,發現了兩個深能級同時參與了自泵浦位相共軛光柵的建立。
  2. As shallow electron traps ( sets ) dopants, the action of k4fe ( cn ) 6 that can increase photoelectron lifetime and photographic efficiency is analyzed. optimization concentration of k4fe ( cn ) 6 in cubic agcl emulsion is affirmed

    分析了k _ 4fe ( cn ) _ 6摻雜物作為一種電子摻雜劑對于提高光電子壽命、改善感光性能的作用機理。
  3. In these discourses, master explains in everyday language the meaning of idealism how our eyes, ears, nose, tongue, body, and consciousness affect our feelings and thoughts, and how to avoid maya s traps of matter, sensation and perception. she also narrates stories about many spiritual practitioners and discusses, in simple terms, the less easily understood parts of the buddhist scriptures. these lectures offer unique, practical teachings that can help us to overcome latent obstacles in our spiritual cultivation of body, speech, and mind

    精選三是一套從未曾出版過的早期開示錄音帶,師父以最適合現在眾生的口語,為我們講解楞嚴經中什麼是唯識我們的眼耳鼻舌身和意識如何牽引著我們起心動念以及如何才不會墜入色受想等各種陰魔的,並列舉許多修行者的故事,以最深入出的方式將艱深的經文分次講解,讓我們能舉一反三觸類旁通,幫助我們突破修行路上身口意各方面所可能有的障礙。
  4. On this condition, based on the experimental results gotten by the microwave absorption dielectric - spectrum measure technique, the photographic process at room temperature in agcl cubic microcrystals doped with k4fe ( cn ) 6 is simulated. through the optimization of simulating parameters, not only the cross - section and trap depth of the shallow electron trap induced by the dopant, but also the optimal doping amount is obtained

    在此基礎上,以微波吸收介電譜檢測技術的實驗結果為依據,對摻有k _ 4fe ( cn ) _ 6的agcl立方體微晶在室溫下的曝光過程進行了模擬,通過調節模擬參數,不但計算出由摻雜劑引入的電子的俘獲截面和深度,而且得到了這種摻雜乳劑的最佳摻雜濃度。
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