conduction energy band 中文意思是什麼

conduction energy band 解釋
傳導帶
  • conduction : n. （用管對流體的）引流；【物理學】傳導，導電；【生理】神經脈沖的傳導。
  • energy : n. 1. 干勁，活力。2. （語言、行為等的）生動。3. 〈pl. 〉 （個人的）精力；能力。4. 【物理學】能，能量。
  • band : n 1 帶，繩；帶形物；箍；箍條；嵌條；鑲邊；鋸條； 〈pl 〉 （法官等的）寬領帶。2 束縛，羈絆；義務；...
  1. The empty spaces in the conduction band are at too high an energy level to be of use

    導帶里的空間則由於能量太高而無法利用。
  2. The quenching centers aroused by mn2 + introduction merely quench the orange emission of colloidal zns : mn2 + nanocrystals. the quenching process of this kind of quenching centers, which reduce the energy of 4t1 level rather than that of conduction band, is different from that of the quenching centers eliminated by zn2 + introduction. the quenching data is analyzed considering the distribution of mn2 + additives adsorbed at the surface of colloidal nanoparticles

    Mn ~ （ 2 + ）表面修飾引起的表面猝滅中心只對橙光發射有猝滅作用，這些猝滅中心和外加zn ~ （ 2 + ）消除的表面猝滅中心猝滅行為不同，它們只減少來自內部mn ~ （ 2 + ）雜質~ 4t _ 1能級上的，而不是zns基質導帶上的能量。
  3. The highest - energy band containing electrons is called the valence band, and the next higher one is the conduction band

    填有電子而能量最高的能帶稱為價帶，相鄰的更高能帶稱為導帶。
  4. The light - induced - electrons were mainly on conduction band, voo / vo and vo / v energy level. the electrons under 0 _ ( 2 ) / 0 _ ( 2 ) were not useful to photocatalysis

    和v口v能級之上，位於吸附態02 / 02 『能級以下的光生電子對光催化沒有貢獻。
  5. The defects energy levels intensity became smaller, the electrons on the conduction band became more and photocatalysis became better with the heat treatment temperature, the similar conclusion was drawn from experiments

    隨著熱處理溫度的升高，試樣的缺陷能級密度減小，導帶上光生電子的數目相應增大，光催化效率提高，實驗中也得出了同樣的結論。
  6. Uv - vis and pl spectra were used to study the energy band structure and the holding states of light - induced - electrons of tio _ ( 2 ) powder and films prepared by magnetron sputtering. the energy band structure and light - induce - electrons holding states were studied by pl spectra, conduction band and impurity energy levels were emerged together and formed a new continuum band

    導帶和雜質帶連到一起形成了連續帶?雜質能帶，光生電子並不是位於導帶之上，武漢理工大學碩士學位論文而是占據了2 . 5一3 . sev的連續帶上，主要集中於2 . 65一3 . oev之間。
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