电荷转移反应,Charge transfer reaction
1)Charge transfer reaction电荷转移反应
1.METHODS: To utilize visible spectrophotometry based on the charge transfer reaction between clarithromycin as donor and alizarin as acceptor in alcohol-water solution.方法 :利用克拉霉素与茜素在水 醇介质中发生电荷转移反应 ,形成电荷转移络合物 ,采用可见分光光度法测定 。
2.A new spectrophotometric method for the determination of ve-rapamil is based on the charge transfer reaction with tetrachlorobenzoquinone inalkaline solution.研究了电荷转移反应及其条件,以及该方法在制剂测定中的应用。
3.Methods: To utilize visible spectrophotometry based on the charge transfer reaction between josamycin as donor and alizarin red as acceptor in alcohol-water solution.方法:利用交沙霉素与茜素红在水-醇介质中发生电荷转移反应,形成电荷转移络合物,采用可见分光光度法测定。
英文短句/例句
1.Application of Fluorescence Spectrometry Determination Based on Charge-Transfer Reaction in Pharmaceutical Analysis电荷转移反应与荧光光谱法联用在药物分析中的应用
2.Spectrohotometric Determination of Centrophenoxine Based on Its Charge Transfer Reaction with Alizarin Red基于与茜素红的电荷转移反应甲氯芬酯的分光光度测定
3.charge transfer image sensor电荷转移图像传感器
4.parallel transfer ccd并行转移电荷耦合掐
5.Applications of Charge-Transfer De-vices(CTD_s)in AES(Ⅲ)电荷转移器件在原子发射光谱中的应用（Ⅲ）
6.Charge Transfer Complex and it s Application in Pharmaceuticals Analsis;电荷转移络合物及其在药物定量分析中的应用
7.The Tight Binding Method and Its Application in Charge Transfer of DNA Helix紧束缚方法及其在DNA电荷转移中的应用
8.Rebound Effect and Frame Dragging Effect in the Field of a Ratating Body with Electric and Magnetic Charge;荷电荷磁旋转引力场中的反弹效应和惯性系拖曳效应
9.The Study of Asymmetric Photoinduced Electron Transfer Cyclization Reaction;光诱导电子转移不对称环合反应研究
10.Theoretical Study of Electron Transfer Rate in Solution溶液中电子转移反应速率的理论研究
11.Theoretical Investigation on Photo-induced Electron Transfer and Influence of the Solvent Effect on the Charge-separated Excited State;光诱导电子转移的理论研究及溶剂效应对电荷分离激发态的影响
12.Piezoelectric Electrochemistry and Electrochemical Surface Plasmon Resonance Studies on Several Charge-Transfer Complexes and Their Analytical Applications for Polysaccharides and H_2O_2;电化学联用技术研究电荷转移配合物及其对多糖和H_2O_2的分析应用
13.Application of Photo-induced Electron Transfer Reactions to Organic Synthesis光诱导电子转移反应在有机合成中的应用
14.And its equilibrium constant is calculated.通过半定量手段研究了这一电荷迁移反应的平衡常数
15.Photochemical Reactions Involved the Intramolecular Electron Transfer or Energy Transfer几个涉及分子内电子转移和能量转移的有机光化学反应
16.Intramolecular Charge Transfer and Proton Transfer in Benzanilide Derivatives;苯甲酰苯胺衍生物分子内电荷转移与质子转移
17.Intramolecular Charge Transfer with Benzanilides;苯甲酰苯胺衍生物的分子内电荷转移
18.Research of Optimal Load Transfer Path for Distribution Network Maintenance;配电网检修最优负荷转移路径的研究
相关短句/例句
Charge transfer effect电荷转移效应
3)Charge Transfer Reaction荷移反应
1.Spectrophotometric Determination of Tryptophan Based onCharge Transfer Reaction;色氨酸与2,3-二氯-5,6-二氰-1,4-苯醌荷移反应的研究
2.Study onCharge Transfer Reaction and Fluorescence Characteristic of Ofloxacin;左氧氟沙星的荷移反应及荧光光谱行为研究
3.Charge Transfer Reaction of Cysteine Hydrochloride with Tetrachlorobenquinone;盐酸半胱氨酸和四氯对苯醌的荷移反应
4)Charge-transfer reaction荷移反应
1.Charge-transfer reaction between chloranilic acid with water and its application to water determination;水与氯冉酸的荷移反应及其分析应用
2.Charge-transfer reaction of tetrachlorobenquinone and uric acid and its analytical application;尿酸与四氯苯醌的荷移反应及其分析应用
3.Charge-Transfer Reaction of L-Tyrosine with Tetrachlorobenquinone;L-酪氨酸与四氯对苯醌的荷移反应
5)number of electron exchange反应转移电子数
1.The resalt showed that thenumber of electron exchange on charging and discharging was 1.通过对非晶态氢氧化镍样品电极过程极化曲线的测试,计算其交换电流密度和极限电流密度,并根据计算结果,估算出非晶态氢氧化镍作为电极活性材料在充放电过程中电极反应转移电子数近似为1。
6)electron transfer reaction电子转移反应
1.Solvent free energy and outer-sphere reorganization effect from molecular theory inelectron transfer reaction;电子转移反应中分子理论的溶剂自由能和外氛重组能
2.Theelectron transfer reaction from donors (TTF) to excited triplet state of fullerene in benzonitrile have been confirmed by transient absorption spectroscopy in observing the decay of excited triplet state of fullerene and rise of anion radical of fullerene.在苯腈溶液中,从电子给体(TTF)到富勒烯[60]激发三线态的电子转移反应已被观察到,富勒烯[60]激发三线态的消失和富勒烯[60]阴离子自由基的出现,通过瞬态吸收光谱得到证实。
3.A new ab_initio method of computing reorganization energy for theelectron transfer reaction of M-H/M +-H system is presented in this article.基于一种新的从头算法计算了Ｍ－ Ｈ/Ｍ＋ － Ｈ 体系电子转移反应的重组能，对每个反应物进行几何优化。
延伸阅读
反应电荷分子式：CAS号：性质：进行一单位的电极反应或电池反应时，电极上或电池中所通过的电量nF。n为反应式中的电子数，F为法拉第常数。对于电极上的氧化反应，nF可选正值；则还原反应nF有负值。反应电荷概念的运用使能斯特方程中第二项的正负号选择得以合理解决。
