quantum shell 中文意思是什麼

quantum shell 解釋
量子殼層
  • quantum : n. (pl. -ta )1. 量,額;定量,定額;份;總量。2. 【物理學】量子。
  • shell : n (pl shells 2 義為 shell)1 殼;介殼;甲殼;貝。2 (昆蟲的)翅鞘;蛹的蛻皮。3 【解剖學】種子的...
  1. The activation effect of zn2 + modification, including enhancement of emission intensity, slowing of luminescence decay and increasing of quantum yields, results from the formation of zns shell outside the nanoparticles, which is passivating the surface of nanoparticles, eliminating the surface quenching centers, so as to block the nonradiative transition pathways through these kind of quenching centers

    Zn ~ ( 2 + )表面修飾在納米顆粒表面形成了zns殼層,鈍化了納米顆粒的表面,消除了表面猝滅中心,阻塞了通過表面猝滅中心進行無輻射躍遷的通道,從而使得發光強度增加,衰減變慢,量子效率提高。
  2. Semiconductor quantum dots ( qds ) are inorganic nanocrystals consisted of a cadmium selenide ( cdse ) core which was wrapped in an outer shell of zinc sulfide ( zns )

    摘要半導體量子點是無機納米結晶,構成於硒化鎘核心和硫化鋅外殼。
  3. In this paper, the tunable optical characteristics, preparation for quantum dots, the value of core / shell structure, the advantages of quantum dots as fluorescent labeling, quantum dots biolabeling techniques and their application in life science were reviewed, and the future prospects was envisioned

    摘要從量子點的光學特徵、制備、核殼結構的意義、量子點熒光標記物的優越性、量子點標記生物分子后在單個細胞及臨床組織樣品檢測中的應用等方面綜述了量子點在生命科學領域的研究進展。
  4. The characterization on those nano sulfide qds are also presented in the thesis. as nanoparticles with core shell structure have much higher fluorescence quantum efficiency, base on cds of synthesis, some efforts have also been put into the experiment on synthesis of cds / zns core - shell particles

    由於具有核/殼結構納米顆粒能夠實現較高熒光量子產率,在納米cds量子點制備的基礎上,本文對核/殼結構cds / zns量子點的制備工藝進行了初步的探索研究。
  5. Under the laws of quantum mechanics, the nuclei of atoms have shell - like structures analogous to the spheres in which given numbers of electrons exist in certain orbits around the nucleus

    根據量子力學的法則,核子外部一定數目的核外電子以一定的圓周軌道運行形成球狀殼結構。
  6. Then, three methods of diagonalization in quantum mechanics and calculation of shell model were discussed

    接著討論了量子力學中的對角化方法的分類和殼模型的計算。
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