photoelectric material 中文意思是什麼

photoelectric material 解釋
光電材料
  • photoelectric : adj. 【物理學】光電的。
  • material : adj 1 物質的（opp spiritual）。2 身體上的，肉體上的；物慾的，追求實利的；卑俗的。3 有形的，實體的...
  1. The xrd results confirmed that the nanocomposite oxide has two kinds of material with sno2 and a - fe2o3 ; the uv spectra has more variety with the proportion changing of the two kinds oxide ; the fisps indicated that photoelectric property increased with the adding positive electricity field, and the biggest strength could reach 50 ~ 60 times. with an increment for negative electricity field, the photoelectric property reduced largely

    Xrd結果證實了所制備的納米粒子為兩種材料的復合氧化物;紫外可見吸收隨兩種氧化物復合比例的改變有較大的變化; fisps表明復合材料的光伏響應強度隨所加正電場的增加而增加，最大強度可增加50 ~ 60倍，隨所加負電場的增加而大大減弱。
  2. 4. auto metering with material running, auto photoelectric error correction for unreeling

    4走料自動計米，放卷光電自動糾偏。
  3. We analysis some samples such as new semi - conductor gaas, new photoelectric material gan et al., and get these depth spectrums

    應用以上技術測量了c / lif多層膜、 gan膜和labacuo超導膜等多種樣品的成分及雜質的深度分佈。
  4. After absorption, the all - frans - retinal isomerizes to a 13 - c / s configuration and br undergoes a photocycle : br570 k590 l550 m410 n520 o640 br570 bacteriohodopsin is a promising biological photoelectric material. we intent to conduct a more thermostable br by site - directed mutagensis. a point ( no. 274 t, no. 274 a turn to c g ) mutation was introduced to br gene by successive pcr technique, and cloned into puc - 19 vector

    本論文利用連續pcr的方法定點突變了br基因的一個氨基酸，突變位點選擇了br基因第273的t和274位的a ，把它們變為cg （ tyr替換為arg ） ，然後把突變的br基因克隆入嗜鹽菌表達載體pnov - r ，經測序鑒定的表達載體轉化br缺陷的嗜鹽菌，構建了tyr79 argbr突變體。
  5. Mr. kong also proposed a solar energy spatial light bending down generating system, a kind of generating system that can enter and hang in the outer space which merit compound material technology, the electricity generation technology, the photoelectric control technology, the spatial tracking sunlight technology, the fuel cell technology and so on

    他還介紹了在俄羅斯澳大利亞非洲馬里和中國北京建設示範樣房的進展。他還提出了在平流層高度開展光伏發電，通過自動控制在空中調整懸停姿態跟蹤太陽，提高光伏發電效率和發電量的設想。
  6. Nano - composite material is an important advancing front study field in material science. the semiconductor and metal nanoparticle composite membrane system has received wide attention and turn to a hot point of material study because of their excellent photoelectric properties

    納米復合材料是材料科學的一個重要前沿領域，其中半導體、金屬納米顆粒復合膜體系由於良好的光電性能而受到廣泛的重視，成為材料研究的熱點。
  7. With the development of the research on organic photon material, many photon phenomena in conventional material had been detected such as photoelectric transform, electroluminescence. the photon material included conjugated polymers, fullerene material and organnic little molecule containing good it conjugated system

    隨著有機光子材料研究的不斷發展，許多在傳統材料中發現的光子現象如光電轉換、電致發光等在有機材料中也同樣被觀測到，這些光子材料包括共軛聚合物、富勒烯族材料和具有良好的共軛體系的有機小分子。
  8. Recent progress in the synthesis and characterization of quantum - sized zno shows that it is a very interesting material that can be used in photoelectric conversion, photocatalysis, sensing device and panel display

    隨著量子尺寸zno微粒研究的深入，此類材料的應用進一步拓展到光電轉換、光催化、化學傳感器、平板顯示等領域。
  9. Cf - 5 semi - automatic powder filler main use photoelectric control and synchronous motor spiral material - falling are used in the equipment, antomatic filling, automatic adjusting because of equipping high presicion weight - scaling feedback system, make the precision more correct than former, it is a perfect equipment of large measure powder packing

    該機採用光電控制，步進電機螺旋下料，自動充填，自動修正由於配備了高精度稱重反饋系統，使得計量精度比以前的更準確，是大劑量粉劑包裝的理想設備。
  10. 5. photoelectric error correctiong for unreeling, with automatic tension 6. reeling and unreeling by tumbling dual - station mechanism, realizing auto material chiange without machine halt

    6收卷均為雙工位翻轉式結構，可實現不停機接換料。
  11. The photoelectric switch can auto induce material to adjust rewinding speed

    光電開頭自動感應材料來調整收料速度。
  12. As an important photoelectric material, transparent conductive film is widely used in industry

    摘要透明導電膜是一種重要的光電材料，應用廣泛。
  13. The science and technological for photoelectricity has a great progress recently and it needs eagerly new type photoelectric materials to meet it requirement. and the compound materials, the low - dimension materials and the aptitude materials are one the main road of development for material science and engineering

    光電信息科學與技術的迅猛發展，呼喚著新型光電功能材料與之相適應；復合化、低維化、智能化是現代材料科學與技術的發展方向。
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