materials and nanotechnology 中文意思是什麼

materials and nanotechnology 解釋
納米技術與原料
  • materials : 版本
  • and : n. 1. 附加條件。2. 〈常 pl. 〉附加細節。
  • nanotechnology : n. 毫微[納米]技術〈製造和測定0. 1至100毫微米物件之技術〉。
  1. Set up r & d centres under four technology areas, namely automotive parts and accessory systems, logistics and supply chain management enabling technologies, textile and clothing, and nanotechnology and advanced materials

    在四個重點科技范疇設立研發中心,即汽車零部件、物流及供應鏈管理應用技術、紡織及成衣,以及納米科技及先進材料;
  2. Mr tsang said that to further promote the development of innovation and technology, the government would set up five research and development centres in a focused approach, leveraging on the competitive advantage of hong kong. the five areas are auto parts and accessory systems, logistics and supply chain management enabling technologies, information and communications technologies, nanotechnology and advanced materials, and textile and clothing

    曾俊華表示,為進一步推動創新及科技發展,特區政府將成立五所研發中心,重點發展香港具有競爭優勢的科技范疇,包括汽車零部件、物流及供應鏈管理應用技術、資訊及通訊技術、納米科技及先進材料、以及紡織及成衣技術。
  3. According to some research on medicines, such as innovations of medicines with nano - technology, medical applications of nano - materials and develop - pments of nano - scale diagnostical and analytical agents, several applications of nanotechnology in pharmic research are reviewed

    從納米技術對現有藥物的改造、納米材料的藥用研究和納米診斷及分析試劑等藥物研究領域出發,綜述了納米技術在藥學研究中的若干應用。
  4. The study of one - dimensional ( 1d ) materials has become a potential frontier in nanoscience and nanotechnology in the last few years. this thesis focuses on developing new nano - biomaterials and their immobilization strategies in biosensor - fabricating for the purpose of improving the performance and long - term stability of biosensors. therefore, nano - sized flower - like zno ( chapter 2 ) and zno nano - rods ( chapter 3, 4 ) were synthesized by a simple hydrothermal method and a solvothermal route, respectively

    本研究論文主要是通過發展新型的生物納米材料及其固定方法,以達到改進固定生物組分活性、提高傳感器靈敏度等目的,以此為出發點分別用水(第2章)和乙醇(第3 、 4章)做溶劑,利用溶劑熱法合成了片狀和棒狀的納米zno ,這兩種方法均具有實驗操作簡單、環境污染少、成本低、產率高等優點;這兩種方法所得到的材料均成功應用於生物傳感器的構建(酚類、過氧化氫、葡萄糖傳感器) 。
  5. The results obtained in this thesis are of significance in exploring the intrinsic properties of low - dimensional nanostructured materials, and in developing fundamental of in situ ftir reflection spectroscopy, and nanotechnology and nanoscience as well. the main results and conclusions are summarized as follows : 1. the development of surface combinatorial method

    本論文工作的主要內容及研究結果如下: 1 .分子水平表面組合電化學研究方法初探以電化學insitumftirs為分析檢測手段,自行設計和制備meai ,在分子水平上開展表面組合電化學研究。
  6. Molecular design of new biological materials for nanotechnology, biocomputing and regenerative medicine

    納米技術、生物運算與再生醫學領域涉及的新型生物材料的分子設計。
  7. At that scale, materials are measured in nanometers or billionths of a meter. ghasemi - nejhad said the nanotechnology field could allow for the building of ever smaller chips that would reduce the size and weight of computers while increasing their speed and memory

    卡西米-內哈德說,通過採用納米技術,科學家還能製造出體積更小運算速度更快容量更大的晶元,同時減小計算機的尺寸。
  8. Nanotechnology refers to the ability to manipulate individual atoms and molecules, making it possible to build machines using molecular building blocks or create materials and structures from the bottom up, designing properties by controlling structure

    納米技術是指操縱單獨的原子和分子,徹底使用分子級的構築原料製造機器或創造材料和結構,通過控制結構來設計性能的能力。
  9. Services include nanotechnology matchmaking, assessment of trends, feasibility studies, materials and products analysis, and presentation assistance

    -含最新消息研究人員研究重點成果論文專利設備儀器。
  10. Nanotechnology involves the manufacture and manipulation of materials at the molecular or atomic level

    利用納米技術,人們可以在分子或原子級別進行製造和加工工序。
  11. The application of nanometer materials and nanotechnology in coating

    納米材料及其技術在塗料中的應用
  12. The self - assembly strategy will play an important role in the development of nanotechnology and nanostructured materials, and the electrostatic self - assembly monolayer technique is a novel approach to the build - up of nanocomposite functional thin films and thin - film - based devices

    自組裝技術在納米科技、納米材料的發展與研究中具有重要作用,特別是靜電吸附自組裝技術對納米復合功能薄膜及其器件的研究具有重要意義。
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