membrane electrode 中文意思是什麼

membrane electrode 解釋
薄膜電極
  • membrane : n. 1. 【解、生】(薄)膜,隔膜。2. 〈古語〉(古文件的)(一頁)羊皮紙。-braneous , -branous adj. 膜(狀)的,膜質的;隔膜的。
  • electrode : n. 1. 電極。2. 電焊條。adj. -less 無電極的。
  1. The dopping of clo4 - had a great effect on the sensitivity of the sensor. the glucose oxidase could be immobilized in the polypyrrole membrane when the pyrrole is polymerizing on the electrode

    當聚吡咯在電極上氧化聚合時,會形成帶正電荷的聚吡咯骨架,帶負電荷的酶就會通過電荷吸引摻雜到骨架中,從而得到固定。
  2. Preparation of a brilliantgreen polyvinylchloride membrane coated glass electrode

    聚氯乙烯膜塗層玻璃電極的研製及應用
  3. Part one studies a new glucose biosensor with naphthol green b as electron mediator. the biosensor is made of a platinum electrode modified by glucucose oxidase in polyvinyl butyral membrane

    用聚乙烯醇縮丁醛為固定葡萄糖氧化酶( god )的載體,將god附在鉑絲電極上制得葡萄糖酶電極。
  4. Gold nanoparticles were chemically adsorbed on the pvc - nh2 matrix membrane ph electrode surface containing n, n - didecylaminomethylbenzene ( damab ) as a neutral carrier and urease was then immobilized on the gold nanoparticles

    首先將納米金組裝在含有中性載體damab的pvc - nh2膜表面,然後通過化學吸附作用將脲酶固定在納米金上制得脲酶電極並用於檢測汞離子。
  5. Linker molecules, the polymerization of 3 - [ 2, 5, 8, 11 - tetraoxa - tridecyl - 13 - ol ] - pyrrole were designed and synthesized according to the requirement of the electropolymerization. the electropolymerization of 3 - pyrrole derivative with alkaline medium at platinum disk electrode have been studied by cyclic voltammetry and chronoamprometry. the polypyrrole membrane was characterized with scanning electro microscopy ( sem ), energy dispersive x - ray analysis ( edx )

    本論文首先在循環伏安、恆電位法電聚合的基礎上篩選出了適合於作為固定dna的載體3 -吡咯甲基-四聚乙二醇單醚,探索了在堿性條件下將其聚合到鉑盤電極上的實驗方法和條件,並利用掃描電子顯微鏡( sem ) 、 x -射線能量散射譜( edx )等實驗技術對聚合膜的表面形貌和元素組成進行了表徵。
  6. Jiangyin miracle electrody equipment co., ltd is a company specialized in the repair of ionic membrane electrolytic tanks, recoating of the electrode and in the design and manufacture of special anodes

    江陰米爾克電解設備有限公司是一家集離子膜電解槽維修、電極重塗和特殊陽極的設計與製造為一體的專業化公司。
  7. The electrochemical oxidation degradation process of phenol on diamond membrane electrode

    苯酚在金剛石膜電極上的電化學氧化降解過程
  8. The biosensor is composed of an ammonia electrode and a phenylalanine ammonia - lyase ( pal ) coated hydrophobic gas - permeable membrane that separates the sample from the electrode internal solution. pal catalyzes phenylalanine to ammonia, which result the potential change of the electrode

    將苯丙氨酸解氨酶固定化到氨氣敏電極的透氣膜上,制備成酶電極,苯丙氨酸解氨酶催化苯丙氨酸產生氨氣,引起氨電極電位的變化。
  9. Dissolved oxygen meter with non - membrane electrode

    無隔膜電極溶氧儀
  10. The establishment and application of mathematical model of membrane dissolved oxygen electrode on - line measurement

    膜式溶氧電極在線測量數學模型的建立與應用
  11. The features of modified electrode were investigated by cyclic voltammetry and the assay conditions were optimized. the modified electrodes were further covered with nafion membrane that could erase the interference

    和cll的三種鐵氰酸鹽修飾電極的性能及電化學特性,並研究了各種實驗條件對過氧化氫傳感器性能的影響。
  12. In the design and fabrication of biosensor, the development of a simple and effective strategy for the construction of sensitive membrane on the electrode is a crucial step. nano - crystalline particles, exhibiting a large surface area with diameter less than 100 nm, high surface - activity, good biocompatibility, strong adsorption and great efficiency of catalysis, might be favorable for constructing biosensor

    納米材料,因其具有大的比表面積、高的表面活性、強吸附力及高催化效率等優異特性,可在增加生物分子(酶、抗原或抗體等)的吸附量和穩定性的同時提高生物分子(酶)的催化活性,使傳感器的響應靈敏度得到提高。
  13. However, the lack of high performance membrane electrode assembly ( mea ), the heart of dmfc, has become one of the key obstacles to its application

    而為人們所關注。作為dmfc的心臟,膜電極性能低下是制約dmfc走向實用化的關鍵因素之一。
  14. The key part of proton exchange membrane fuel cells ( pemfc ) is membrane electrode assembly ( mea ), where mass transfer processes and electrochemical reactions proceed simultaneously. the accurate, systematic and in - deepth acquaintance with mea has not been obtained yet. so a comprehensive study about mea is completely necessary

    質子交換膜燃料電池( pemfc )的膜電極中包含多種傳輸過程,且傳輸過程與電化學反應過程在相互交錯的區域內進行,目前人們對膜電極的結構、傳輸過程和電極的微觀性質還缺乏準確、系統和深層次的認識。
  15. In situ polymer membrane electrode formation by impregnation reduction and studies on ethylene sensing

    還原原位形成膜電極及乙烯催化傳感技術研究
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