electron transfer中文是什么意思

• 电子传递，电子转移
• 电子迁移
• 电子移转；电子传递
• 电子转移

• electron    n. 【物理学】电子。 the electron bea ...
• transfer     transfer2 vt. (transfe ...
• transfer electron    转移电子
• cyclic electron transfer    循环电子传递
• electron transfer chain    电子传递键
• electron transfer complex    电子传递复合物; 电子转移复合体
• electron transfer couplet    电子传递偶联体
• electron transfer flavoprotein    电子转移黄素蛋白,电子传递黄素蛋白
• electron transfer force    电子移转力
• electron transfer inhibitor    电子传递抑制剂
• electron transfer particle    电子传递粒子
• electron transfer protein    电子传递蛋白
• electron transfer reaction    电子传递反应; 电子转移反应
• electron transfer spectrum    电子移转; 电子转移光谱
• electron transfer system    电子传递体系; 电子传递系统
• electron-transfer flavoprotein    电子传递黄素蛋白
• electron-transfer polymer    电子迁移聚合物
• electron-transfer reaction    电子转换反应
• electron-transfer step    电子迁移率
• inverted electron transfer    逆电子转移
• long range electron transfer    长程电子传递
• revered electron transfer    反向电子传递
• reversed electron transfer    反向电子传递
• simple electron transfer    单纯电子移换
• single electron transfer    单电子转移

• Naphthol green b , which is low cost and easy obtained , has been shown to be an efficient mediator , promoting electron transfer from glucose oxidase to graphite electrode . the naphthol green b has low formal potential , which can reduce the overvoltage of the h2o2 oxidation to eliminate electrochemical interference . rapid response , oxygen independence and high sensitivity are shown by the naphthol green b mediated biosensor
  将萘酚绿b作为电子媒介体与葡萄糖氧化酶一起固定于电极，研制出性能优良的新型葡萄糖生物传感器，其电子传递快速，响应时间短，不受氧气浓度的影响，检测电位低，抗干扰能力强，灵敏度高。
• In addition , an immunosensor based on the horseradish peroxidase and antibodies functionalized liposome was constructed . the details are summarized as follows : ( 1 ) nano - materials have good biocompatibility . they can keep the activity of biomolecules due to the desirable microenvironment , and enhance the direct electron transfer between the enzyme ’ s active sites and the electrode
  具体内容如下: 1 .纳米材料有很好的生物兼容性,由于周围有利的微环境,所以它们能很好地保持酶的活性,并且能增强酶的活性位点和电极之间的电子转移能力。
• The mediator modified on the surface of electrodes can accomplish the electrocatalytic reactions by accelerating electron transferring between redox centers and the electrode surface . the electro catalysis of the modified electrode is an enormous impetus for its development and is widely used in the slow electron transferring processes which is n ' t easily realized , for example , the electro catalysis of biomolecules , organic compounds and inorganic ions
  修饰在电极表面的媒介体可加速氧化还原中心在电极表面的电子传递过程以实现电催化反应，广泛应用于各种难以实现的电子传递慢过程，例如，生物分子的电催化、有机物的电催化、无机离子的电催化等。
• Chapter 2 in the design of sensors and switches based on photoinduced electron transfer , fluorescence was often used with high sensitivity and convenience . it is noteworthy that room temperature phosphorescence ( rtf ) has many advantages over fluorescence , e . g . , large stokes shift , higher signal to noise ratio , good selectivity and easily measurable luminescence lifetimes etc . , and it can be found as a helpful complementary method of fluorescence sensing
  第二章在光诱导电子转移传感器和分子开关的设计中，荧光由于其灵敏度高、使用方便，受到人们的广泛关注，相对于荧光室温磷光选择性好、信噪比高、较大的stokes位移、寿命易测定等优点，在许多方面与荧光互补。
• Due to their high oxidation , multiple electron transfer , and high intrinsic energy , we refer to the cells containing fe ( vi ) compounds as " super - iron " batteries with more energy capacity compared to conventional alkaline batteries . the three charge reduction of fe ( vi ) represents a high energy and capacity source of cathodes , and the products ( ferric oxide ) have been considered as an environmentally benign substance
  如果fe ( )化合物作为电池的阴极材料时，其氧化反应为3电子过程，且反应产物为fe _ 2o _ 3 (铁锈) ，与一般传统碱性电池相比，它是一种高能，而且放电产物对环境无污染的绿色电池，目前，它的研究已成为电池研究领域的一个热点。
• 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
  用纳米ag溶胶固定god ，采用聚乙烯醇缩丁醛为辅助固酶膜基质修饰铂丝电极，并以葡萄糖溶液中的co恤pyh （ cio4 ） 3为电子媒介体组成葡萄糖氧化酶生物传感器。
• Meanwhile , the excellent solubility of the ammonia pt - cnts in aqueous solution was also observed by photographs . by choosing glucose oxidase as a model enzyme , the application of the ammonia pt - cnts in construction of biosensors was further investigated . due to the biocompatibility and electron transfer capability of ammonia pt - cnts , the glucose oxidase ( god ) biosensor displayed a good sensing performance
  3 、将分散在nafion溶液中的多壁碳纳米管( mwnt )修饰玻碳电极( gce ) ,再在该膜上电沉积一层铂纳米粒子,制成铂纳米颗粒修饰的碳纳米管nafion膜电极( nafion - mwnt - pt / gce ) ,并吸附固定葡萄糖氧化酶( god ) ,构建电流型葡萄糖生物传感器。
• In the present thesis , we make use of hydrophilic gold to immobilize enzyme , investigate the use of colloidal gold for amperometric biosensor . at the same time , we take advantage of some substances those have electroactivities as electron transfer mediators with gold nanoparticles to compose novelty glucose biosensors
  本文的思路是采用亲水金颗粒来固定化酶，研究纳米金在电流型葡萄糖生物传感器中的应用，同时采用一系列具有电活性的物质作为电子媒介体与之结合起来构成了新型的葡萄糖生物传感器。
• Electron transfer mediators are involved to circumvent these disadvantages . the mediators include ferrocene and its derivatives , potassium hexacyanoferrate and tetrathiafulvalene . water - soluble dyes such as methylene blue , neutral red , toluidine blue and methyl viologen have also been used as mediators in solution because of their high electron transfer efficiency and low cost
  近年来，第二代电流型酶传感器以一些电子媒介体如二茂铁及其衍生物等代替氧，加强了酶与电极间的直接电子传输，起到了酶与电极间的电子开闭器作用，加速了电极反应，降低了环境干扰，克服了第一代电流型传感器的上述缺点。
• 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
  本文对姜黄素的研究结果表明,在0 . 1m磷酸盐缓冲液( ph3 . 0 )中,姜黄素于玻碳电极上存在可逆的单电子转移过程,据此,本文建立了以差示脉冲伏安扫描法检测姜黄素含量的新方法。

• electron transferとは意味：電子移動｛でんし いどう｝、電子伝達｛でんし でんたつ｝