有機半導體 的英文怎麼說

中文拼音 [yǒujībàndǎotǐ]
有機半導體 英文
organic semiconductor
  • 有 : 有副詞[書面語] （表示整數之外再加零數）: 30 有 5 thirty-five; 10 有 5年 fifteen years
  • 機 : machineengine
  • 半 : Ⅰ數詞1 （二分之一） half 2 （在 中間的） in the middle; halfway 3 （比喻很少） very little; the l...
  • 導 : 動詞1. （引導） lead; guide 2. （傳導） transmit; conduct 3. （開導） instruct; teach; give guidance to
  • 體 : 體構詞成分。
  • 有機 : organic organic
  1. In the thesis, we aim to design a new kind of single - layered photoconductor with high performance, to study the relationship between aggregate state structure and photoconductivity, and to enrich organic semiconductive theory system

    本論文旨在開發新一類高性能的有機單層光電導體，探索其凝聚態結構與光電導性能之間的關系，豐富有機半導體理論體系。
  2. According to the structural characteristic, hybrid materials of polyurushiol and inorganic semiconductor nanoparticles were prepared, which maybe a new king of functional organic - inorganic hybrid material. it would promote the characteristic of urushiol in new areas. searching literature, we did not find a report about polyurushiol / nanoparticles hybrid

    根據其結構特點，將無機半導體納米粒子引入漆酚中得到聚合漆酚無機半導體納米雜化材料，一方面有可能開發出具有新功能性的有機無機納米雜化材料，另一方面可使生漆的獨特性能在新的應用領域中得到發揮，促進生漆的應用開發研究。
  3. Flexibility, processability, low cost, interesting optical - electric properties and so on make organic materials be a good substitute for inorganic ones. modification of inorganics by organics can change surface properties of inorganics, for example, frictional, optical, electrical, chemical and biocompatible properties. on the other hand, many interests have been shown to integration of functional organics in si - base devices because of their great promise in optoelectronic, micro - electronic and sensor applications

    通過對無機半導體材料進行有機改性，可以改變無機材料的表面化學性質，生物相容性質，光電性質等等，因此，有機無機復合材料在光電器件、生物傳感、微電子器件的應用領域有著很好的應用前景，尤其是在微電子工業中廣泛使用的硅材料與有機光電材料的復合更是備受關注。
  4. Organic semiconductor thermistor

    有機半導體熱敏電阻器
  5. Xps studies of phthalocyanines organic semiconductors

    在酞菁類有機半導體研究方面的應用
  6. In general, organic semiconductors have lower mobility than their inorganic counterparts do, resulting in slower switching speeds

    一般說來，有機半導體的遷移率比無機半導體的來得低，這使得開關的速度較慢。
  7. Study on sensitive properties of mixed cupc organic semiconductor

    有機半導體的氣敏特性研究
  8. Organic semiconductor humidity transduce sensor

    有機半導體濕度傳感器
  9. Organic semiconductor gas transducer sensor

    有機半導體氣體傳感器
  10. Vacuun deposition technology in organic semiconductor device fabrication

    有機半導體器件的真空鍍膜技術
  11. Abstract : the current study is focused on organic semiconductor lasers

    文摘:近年來，有機半導體激光器已經成為一個新的研究熱點。
  12. Recently, nanostructured composite system with nanoparticals and inorganic or organic semiconductor functional materials attracted more and more attentions

    近年來，半導體納米粒子與無機或有機半導體功能材料復合體系的研究越來越受到人們的關注。
  13. The opto / electronic properties and solid - state structures of fluoro - substituted conjugated organic systems exhibit unique characteristics in comparison with their counterparts

    氟取代的有機半導體材料在光電性能和固體結構上表現出與未取代的同類材料不同的特徵。
  14. The applications of organic semiconductor as active layers in light - emitting devices offer several prominent advantages such as high efficiency, high brightness and low cost. another advantage is that the emitting wavelength can be chemically tailored due to the band gap

    有機半導體微腔調諧發光器，發射光波長可通過分子設計調節，在紫外到紅外的波長范圍內可調，實現全色光發射，受到人們的重視。
  15. Wang zijun ( condensed matter physics ) directed by prof. zhong guozhu and li wenlian hotly studied organic thin film electroluminescence, because of its ultra high brightness and efficiency, reminds man to consider the possibility of realizing organic semiconducting laser diods

    熱點研究的有機薄膜電致發光，由於極高的亮度和效率，使人聯想有機半導體薄膜激光二極體的可能性。率先的突破是在單晶上作出的，用了場效應注入雙電極。
  16. By using the composite and nanoscalization approaches, we fabricated and investigated in this thesis new kinds of organic / organic and organic / inorganic hybrid photoconductive materials and their single - layered configuration organic photoreceptors, where the charge generation material and charge transportation material display their functions, respectively, in the same layer. a series of new phenomena and new effects of these organic photoconductive materials caused by hybrid and nanoscalization are studied. their photoconductive properties and mechanism are investigated as well

    本文主要從有機半導體材料的復合化和低維化出發，通過光電導功能復合和納米化等手段，制備新型高效的多種有機半導體復合光電導材料體系及其相應的有機單層光電導體，研究復合化與低維化給有機光電導材料體系帶來的一系列新現象和新效應，並初步探索相關的復合原理和光電導機理。
  17. The microcavity effect provides the possibility to control the spectral properties of emission and is of considerable interest in the realization of flat panel display devices, which require the emission of blue, green, and red light. in this paper, ladder - type poly ( p - phyenylene ) （ lppp ） thin films were used as the light emitter and hole transporter, while dye pyomethene doped alq was electron transporter

    本文採用有機半導體梯形對次苯基聚合物（ lppp ）作有機電致發光器件的發光材料和空穴傳輸材料，以1 . 0 % pm580染料（ dyepyomethene ）摻雜的8 -羥基喹啉鋁（ 8 - hydroxyquinolinealuminum - alq ）作器件電子傳輸材料。
  18. Recently, organic semiconductor light emitting has attracted a great deal of attention due to future applications in large area light emitting devices and displays

    用有機半導體材料制備的發光器件具有高效率、高亮度、全彩色、低成本等突出優點，在大屏幕固體平面顯示等方面有廣闊的應用前景。
  19. Plastic substrates with multi - layer coatings for the flat panel displays were introduced, they were sufficiently impermeable to moisture and oxygen for application to moisture - sensitive display applications, such as lcd, organic light emitting displays ( oled ) and poly oled ( polymer oled )

    摘要介紹了具有多層塗膜的塑料基片，它們對于潮氣和氧具有足夠的不可滲透性，可用於對潮氣靈敏的顯示器，譬如lcd ，小分子有機半導體發光二極體顯示器和聚合物半導體發光二極體顯示器。
  20. Recently organic optoelectronic devices have attracted intensive interest among scientists and technologists because of their huge market and intriguing potential applications. among these devices, organic photoconductor ( opc ) drum is the only one who has been put into market in large scale

    有機半導體光電器件由於其誘人的應用前景和巨大的市場正日益引起人們的廣泛關注和研究興趣，其中唯一已進行大規模產業化的有機半導體光電器件是有機光導鼓（ opc ） 。
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