electron transfer 中文意思是什麼

electron transfer 解釋
電子傳遞，電子轉移
  • electron : n. 【物理學】電子。 the electron beam 電子束。 the electron theory 電子（學）說。
  • transfer : n 1 移轉，轉送；調職；調任[轉學]證書；變換。2 （財產；權利等的）轉讓，讓與（證書），移轉，授受；...
  1. Absorption, fluorescence emission and excitation spectra of five pigment - protein complexes were determined. photosynthetic electron transfer was measured from the dcip photoreduction. p700 concentration was assayed from the ferricyanide - oxdised minus ascorbate - reduced difference spectrum

    測定裙帶菜各色素蛋白復合物的吸收光譜、熒光發射光譜和熒光激發光譜，並進行了dcip的光還原測定和化學法的氧化還原差示光譜測定。
  2. In photosynthesis ferredoxin is involved in electron transfer between photosystem i and the final electron acceptor, nadp

    在光合作用中，鐵硫蛋白與光合系統和最終電子受體nadp間的電子傳遞有關。
  3. Fmn ( flavin mononucleotide ) a derivative of riboflavin that is a coenzyme in electron - transfer reactions

    黃素單核苷酸（ fmn ） ：核黃素的衍生物，在電子傳遞反應中是一種輔酶，作為多種脫氫酶的輔助因子起作用。
  4. Fad ( flavin adenine dinucleotide ) a derivative of riboflavin that is a coenzyme in electron - transfer reactions

    黃素腺嘌呤二核苷酸（ fad ） ：核黃素的衍生物，在電子傳遞反應中是一種輔酶，它作為各種脫氫酶的輔助基團起作用。
  5. The interaction between artemisinin and hemin was investigated by electrochemical methods. artemisinin was irreversibly reduced at - 1. 08v via a two - electron transfer at the glassy carbon electrode. in the presence of concentration of hemin as low as 4. 010

    青蒿素在玻璃碳電極上于- 1 . 08v處能發生一個2電子轉移的不可逆還原。即使在低至4 . 010
  6. At the room temperature, fluorescence intensities of these chemosensors in acetonitrile without transition metal ions were found to be very weak, due to the process of the efficient intramolecular photoinduced electron transfer ( pet )

    在室溫下對其光物理性質的研究中發現，在沒有加入過渡金屬離子時，由於體系內存在有效的光誘導電子轉移過程使得熒光團的熒光被淬滅。
  7. The progress in sensitizer of photosensitized photoisomerization of norbornadiene, including triplet energy transfer photosensitizer, transition metal compounds photosensitizer, electron transfer photosensitizer and semiconductor photosensitizer, is reviewed

    論述了光敏化降冰片二烯異構化反應敏化劑的研究進展，包括三重態能量傳遞光敏劑，過渡金屬化合物光敏劑，電子轉移光敏劑，半導體光敏劑等幾種類型。
  8. Chapter 1 in this chapter, the principles of photoinduced electron transfer, sensors and molecular switches based on this principles were simply introduced

    第一章簡要介紹了光誘導電子轉移基本原理，以及在此基礎上研究的傳感器和分子開關。
  9. The photocatalytic activities of the xw11 / tio2 ( x = p, si, ge ) composite films were tested via degradation of aqueous azo - dyes, congo red ( cr ) and naphthol blue black ( nbb ). it was observed that the photocatalytic activities of the three composite films are much higher than that of the pure tio2 film, mainly attributed to the synergetic effect between xw11 and tio2, i. e., xw11 - catalyzed electron transfer from the conduction band ( cb ) of photoexicited tio2 to itself

    結果表明三種復合膜均具有遠高於純tio _ 2膜的活性，主要歸因於復合膜材料中多金屬氧酸鹽和tio _ 2之間存在的協同效應，即作為強電子受體的多金屬氧酸鹽接受tio _ 2受光激發形成的導帶光生電子，延長了空穴-電子的再復合時間，同時自身仍具有光活性。
  10. Chapter 4 comprises two part. part reports on the manufacture and characterization of glucose oxidase - silver sol - polyvinyl butyral modified platinum electrodes with naphthol green b as an electron transfer mediator in the glucose solution

    在第四章中，首先研究了納米ag在以萘酚綠b為電子媒介體的葡萄糖氧化酶生物傳感器中的應用。
  11. The obtained biosensor exhibits high sensitivity, excellent reproductivity and good stability with substantially improved performance. part two describes the manufacture and characterization of glucose oxidase - silver sol - polyvinyl butyral modified platinum electrodes with tris ( 2, 2 ' - bipyridyl ) cobalt ( iii ) perchlorate as an electron transfer mediator in the glucose solution

    用納米ag溶膠固定god ，採用聚乙烯醇縮丁醛為輔助固酶膜基質修飾鉑絲電極，並以葡萄糖溶液中的co恤pyh （ cio4 ） 3為電子媒介體組成葡萄糖氧化酶生物傳感器。
  12. The electrochemical study showed that the interaction mode is mainly intercalative binding in ph 7. 4 phosphate buffer solution. the uv - vis spectroscopic study further demonstrated the above results. through the electrochemical parameters such as charge transfer coefficient and standard electron transfer rate constant ks in the absence and presence dna, it was found that the reaction of aloe - emodin with dna forms an electrochemical active supramolecular complex

    本文對姜黃素的研究結果表明，在0 . 1m磷酸鹽緩沖液（ ph3 . 0 ）中，姜黃素于玻碳電極上存在可逆的單電子轉移過程，據此，本文建立了以差示脈沖伏安掃描法檢測姜黃素含量的新方法。
  13. The electrical conductance of the gold / polymer composite films was tunable, and a low resistivity of the order of 10 ~ ( - 4 ) cm was yield. the conducting mechanism was not determined, perhaps the tunnel effect and the foreign - substance - electron - transfer should be considered

    聚合物金納米粒子復合薄膜的電阻率可調，電阻率最低可達10 ~ （ - 4 ） ? cm量級，導電機制可能與隧道效應及雜質離子導電有關。
  14. It is insensitivity in view of slow process of direct electron transfer

    電子轉移的難易和速度決定著這類傳感器的性質。
  15. For the advantages of glucose biosensors are obvious : high specificity, short time, simplicity and low cost of analysis, etc. one of the developments of glucose biosensor is the third generation amperometric enzyme electrode with direct electron transfer, which is commonly prepared by conducting organic salts and conducting polymers

    葡萄糖生物傳感器具有選擇性高、簡便、快速的特點，是檢測葡萄糖濃度最常用的方法。為提高傳感器的性能，一個發展方向是制備直接電子傳遞的第三代電流型葡萄糖生物傳感器。目前把利用導電聚合物或導電有機鹽制備的酶電極叫做直接電子傳遞的生物傳感器。
  16. Psii consists of more than 20 different subunits, most of them being integral membrane proteins, mediating the electron transfer chain. so revealing the organization of psii subunits is a key point to elucide the mechanism of psii function

    Ps的各蛋白組分有序地排列在類囊體膜上，通過其結合的輔因子形成了獨特的電子傳遞和水裂解體系。
  17. On one hand, after linking the fad of glucose oxidase ( god ), mwnt accelerated the electron transfer. on the other hand, met the surface of the electrode, as a nanowire, mwnt expanded electrode space. both of the situations could short the electron - transferring time and then increase the response current

    在這個過程中，一方面和酶分子的活性中心結合，可以加速酶分子到電子中間體的電子傳遞過程；另一方面和電極表面碰在一起，這根納米導線也能擴展電極空間，提高和電子中間體的接觸空間。
  18. The latest research progress in supramolecular fluorescence / phosphorescence sensors and switches used for metal cation recognition is summarized. two types of systems were reviewed, photo - induced electron transfer and monomer - excimer systems

    本文總結了近年來用於金屬離子識別的超分子熒光磷光傳感器的研究工作進展，著重介紹了光誘導電子轉移及單體激基締合物體系在金屬離子識別中的應用。
  19. Therefore, it is very essential to explore new materials and methods for preparation of new direct electron transfer biosensor with high response

    因此，尋找新材料、新方法制備電流響應值高的新型直接電子傳遞生物傳感器非常必要。
  20. To improve the electron transfer capability of carbon nanotubes, a ferrocene - carbon nanotubes were prepared, where carboxyl ferrocene were covalently coupled to ammonia pt - cnts through carbondiimide reagent

    此外，鉑納米粒子尚具有良好的催化h2o2氧化的特性， h2o2在nafion - mwnt - pt / gce上的計時電流響應明顯增大。
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