inorganic semiconductor 中文意思是什麼

inorganic semiconductor 解釋
無機半導體
  • inorganic : adj. 1. 【化學】無機的；無機物的。2. 無生物的。3. 無組織體系的，人造的，無特性的，無活力的。adv. -cally
  • semiconductor : n. 【物理學】半導體。
  1. 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。
  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. Like inorganic semiconductor transittors, which displaced vacuum tubes for computation, solid - state lighting of led is a disruptive technology that has the potential to displace vacuum or gas tubes ( like those used in traditional incandescent or fluorescent lamps ) for lighting

    固態光源取代傳統真空光源如同晶體管取代傳統真空電子管一樣是破壞性技術創新，將引起照明領域的一場革命。本文的主要工作是研究白光發光二極體及相關的工藝技術。
  4. The present invention describes a method to pattern layers of organic and / or inorganic or biological molecules by a printing technique for the use in semiconductor devices, circuits, sensors, biological patterns, biochips, and displays using organic and / or inorganic active or biological layers

    本發明記述了一種圖案化有機及/或無機或生物分子層的方法，通過一種將有機及/或無機活性或生物層運用到半導體設備，電路，傳感器，生物式樣，生物晶元和顯示印刷技術。
  5. Four kinds of optical limiter had been researched including suspending inorganic particles, semiconductor / electrochromic polymer multiplayer device, porphyran

    研究發現，卟啉類反飽和吸收材料有很好的光限幅作用。
  6. Development and outlook of inorganic semiconductor materials photoinitiated polymerization

    無機半導體材料光引發高分子聚合的發展及前景
  7. All the results are of great importance to surface modification of inorganic semiconductor devices and integration of organic devices

    本論文的這些研究對于硅及其他無機半導體材料的表面改性和有機光電器件的集成化具有十分重要的意義。
  8. The patent department include 12 patent attorneys covering specialties such as chemistry equipment, mining and heavy machinery, semiconductor technologies, electronic and electric appliance, home appliance, radio communication, inorganic material, metallurgy, organic synthesis material, macromolecular material, drug and bio - materials

    萬慧達公司專利部目前有12名專利代理人，其專業覆蓋化工設備礦山與重型機械半導體技術電子與電器家用電器無線電通訊無機材料冶金有機合成材料高分子材料藥物及生物材料等，所有專利代理人均取得了理工學士以上學位。
  9. 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。
  10. There are many things can be used as electrorheological ( er ) materials, such as polymer semiconductor er materials, inorganic nonmetal materials et al. the advantage of polymer semiconductor er materials attributes to theirs high mechanical mass, lower density and fine hydrophobic properties, at the same time, theirs conductivity can be adjusted by doping and after - treatment, but theirs poor thermo - stability confines theirs extensive use

    有許多種材料都可以用作電流變材料，例如，聚合物半導體材料，無機非金屬材料等，聚合物半導體er材料的優點在於有較高的力學值、較小的密度、優良的疏水性，可以通過控制摻雜量和后處理程度有效控制電導的大小。
  11. Tio _ 2 has been known as an n - type metal oxide semiconductor and an important inorganic function material. it can be used in fabricating medium material, photocatalytic films, reducing reflect coat, gas sensor, etc. tio _ 2 films had excellent performance with photocatalysis, resisting photo erode, difficult dissolution in acidity condition, innocuity and stabilization in light and soon on

    Tio _ 2是n型金屬氧化物半導體，是一種重要的無機功能材料，可用於製作電介質材料、光催化薄膜、減反射塗層、氣敏傳感器等。 tio _ 2薄膜具有優異的光催化性能，抗光腐蝕，在酸性條件下難溶，對光穩定，無毒等。
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