AUTHOR
TITLE
JOURNAL
 YEAR 
 VOL 
 PAGES 
Amemiya, T.//Hashimoto, K.//Fujishima, A.//Itoh, K.Analyses of Spectroelectrochemical Behavior of Polypyrrole Films Using the Nernst Equation ‘Monomer Unit Model’ and Polaron/Bipolaron ModelJ. Electrochem. Soc.1991.138.2845-2850
Araki, Koiti//Toma, Henrique E.Spectroelectrochemical analysis of overlapping redox processes in a tetrametallated iron porphyrinJ. Electroanal. Chem. Interfacial Electrochem.1991.297.301-307
Arbizzani, Catia//Mastragostino, Marina//Passerini, Stefano//Pileggi, Rosanna//Scrosati, BrunoAn Electrochromic Window Based on Polymethly Thiophene and Nickel Oxide ElectrodesElectrochim. Acta1991.36.837-840
Bauerle, Peter//Segelbacher, Uwe//Maier, Andreas//Mehring, MichaelElectronic Structure of Mono- and Dimeric Cation Radicals in End-Capped OligothiophenesJ. Am. Chem. Soc.1993.115.10217-10223
Boyle, Paul D.//Boyd, David C.//Mueting, Ann M.//Pignolet, Louis H.Redox and Acid-Base Chemistry of [Au2Re2(H)6(PPh3)6]PF6 and Related Cluster CompoundsInorg. Chem.1988.27.4424-4429
Budevska, Boiana O.//Griffiths, Peter R.Step-Scan FT-IR External Reflection Spectrometry of the Electrode/Electrolyte Interface by Potential ModulationAnal. Chem.1993.65.2963-2971
Bullock, John P.//Mann, Kent R.UV-Vis-IR Thin-Layer Spectroelectrochemical Studies of Hexakis(aryl isocyanide)chromium Complexes. In Situ Generation and Characterization of Four Oxidation StatesInorg. Chem.1989.28.4006-4011
Clark, Robin J. H.//Humphrey, David G.Redox Behavior of Edge-Shared Bioctahedral [Re2(u-NCS)2(NCS)8]3- and Its Relationship to the Direct Metal-Metal-Bonded Ion [Re2(NCS)8]2-: A Spectroelectrochemical StudyInorg. Chem.1996.35.2053-2061
Compton, Richard G.//Coles, Barry A.//Spackman, R. AnthonyKinetics of Comproportionation: A Spectroelectrochemical ApproachJ. Phys. Chem.1991.95.4741-4748
Crawford, Philip W.//Ryan, Michael D.The electrochemistry and spectroelectrochemistry of sulfate complexes of iron porphyrinsInorg. Chim. Acta1991.179.25-33
Dao, Le H.//Nguyen, My T.//Paynter, RoystonProcessible Poly(N-Alkyl Diarylamine) Conducting Polymers. Synthesis and SpectroelectrochemistrySynth. Met.1991.0.649-653
Dong, ShaojunAdvanced Electroanalytical Chemistry in China 2. Chemically Modified Electrodes, Spectroelectrochemistry, Bioelectrochemistry and MicroelectrodesDenki Kagaku oyobi Kogyo Butauri Kagaku1991.59.664-672
Dong, Shaojun//Zhu, YongchunInvestigation of Electric Dichroism of Cetylpyridinium Bromide by Spectroelectrochemistry with a Long Optical Path Length Thin Layer CellLangmuir1991.7.394-397
Dong, Shaojun//Zhu, Yongchun//Cheng, GuangjinInvestigation of Cetylpyridinium Bromide Adsorption at a Glassy Carbon Electrode Surface by Spectroelectrochemistry with a Long Optical Path Length Thin-Layer CellLangmuir1991.7.389-393
Doona, Christopher J.//Stanbury, David M.Equilibrium and Redox Kinetics of Copper(II)-Thiourea ComplexesInorg. Chem.1996.35.3210-3216
Downard, Alison J.//Bond, Alan M.//Hanton, Lyall R.//Heath, Graham A.A Comparison of Solution, Microcrystalline Solid, and Thin Film Phase Voltammetry of [Co(mtas)2](X)n (mtas=Bis(2-(dimethylarsino)phenyl)methylarsine; X=BF4-, n=3; X=ClO4-, n=2,3; X=BPh4-, n=2)Inorg. Chem.1995.34.6387-6394
Feng, Zhi Qiang//Sagara, Takamasa//Niki, KatsumiApplication of Potential-Modulated UV-Visible Reflectance Spectroscopy to Electron Transfer Rate Measurements for Adsorbed Species on Electrode SurfacesAnal. Chem.34973.67.3564-3570
Flowers, Paul A.//Callender, Sherry-AnnVariable Path Length Transmittance Cell for Ultraviolet, Visible, and Infrared Spectroscopy and SpectroelectrochemistryAnal. Chem.35065.68.199-202
Flowers, Paul A.//Nealy, GaryCylindrical Thin-Layer Cell for SpectroelectrochemistryAnal. Chem.33208.62.2740-2742
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