Titlebook: Redox Chemistry and Interfacial Behavior of Biological Molecules; Glenn Dryhurst,Katsumi Niki Book 1988 Plenum Press, New York 1988 Amino

調(diào)色板

Surface Electrochemistry of Amino Acids: Voltammetry Assisted by Eels, Auger Spectroscopy and Leed,sorbate molecular structure, adsorbate concentration, electrode potential, nature of the electrolyte anion, temperature, solvent and structure of the Pt surface. Adsorbate orientation strongly influences the course of electrocatalytic oxidation and reduction.. References 1 and 2 are recent reviews; Reference 4 includes subsequent work.

MAPLE

Supramolecular Effects in the Redox and Coordination Chemistry of Superstructured Iron Porphyrins,the reaction. Such organized structures are correlatively expected to function with minimal entropy losses. The concept of supramolecular chemistry, and electrochemistry, derives from attempts to imitate, even remotely, these structures and their functions.

大罵

Evocative

The Electrochemical Characterization of the Oxene Adducts of PFe(ClO4), PFeII, and PFeII(SR) [P = Tthree unpaired electrons (S = 3/2). A recent EXAFS study. summarizes the physical data in support of formulations of [(Por.·)Fe.(O.)]. for Compound I, and [(Por.)Fe.(O.)] for Compound II; and concludes that both species contain an oxo-ferryl group (Fe = O) with a bond length of 1.64 ?.

muffler

Substance-Abuse

得罪

Electrochemistry of Metalloporphyrins Containing A Metal-Metal or Metal-Carbon Bond,ertion of small molecules between the metal ion and the carbon atom of a metalloporphyrin may result in activation of the inserted molecule or may generate new monomeric or polymeric materials. In addition, metal-carbon σ-bonded porphyrins can act as precursors in the synthesis of metal-metal bonded derivatives.

柔軟

膠狀

采納

Serrs as a Probe of Electrode Processes: Interaction of Glucose Oxidase and Fad at Silver Electroderedox reactions in proteins based upon these requirements. Hill and coworkers have focused on the second step and have shown by their elegant promoter studies that the correct orientation of the protein at the electrode is crucial for rapid electron transfer. Others have utilized mediator-type electrodes or chemically modified proteins..