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Polymer effects in photoinduced charge separationMATSUO, T; NAGAMURA, T; SAKAMOTO, T et al.Macromolecular chemistry and physics. Supplement. 1985, Num 14, pp 119-130, issn 0252-1997Article

Functionalized viologens for novel electron relay systemsKAMEYAMA, A; NAMBU, Y; ENDO, T et al.Advanced materials (Weinheim). 1993, Vol 5, Num 12, pp 938-940, issn 0935-9648Article

Oxygen permeation in perfluorinated ionomers based on the reaction with the methylviologen cation radical. An ESR and optical studyMAITI, B; SCHLICK, S.Chemistry of materials. 1992, Vol 4, Num 2, pp 458-462, issn 0897-4756Article

Etude de la composition et des propriétés électrochromes des complexes des viologènes polymères de bas poids moléculaire avec le ferrocyanure de potassiumNEKRASOV, A. A; IVANOV, V. F; VANNIKOV, A. V et al.Èlektrohimiâ. 1988, Vol 24, Num 2, pp 147-151, issn 0424-8570Article

Poly(cation-radical) benzylviologèneDZARAEVA, L. B; BUMBER, A. A; KLIMOV, E. S et al.Vysokomolekulârnye soedineniâ. Seriâ B. 1986, Vol 28, Num 5, pp 366-368, issn 0507-5483Article

Benzyl Effects of Supramolecular Architectures Constructed by p-Sulfonatocalix [4]arene and Viologen Guests : from Simple 2:1 Complex to Polymeric CapsulesGUO, Dong-Sheng; XIN SU; YU LIU et al.Crystal growth & design. 2008, Vol 8, Num 10, pp 3514-3517, issn 1528-7483, 4 p.Article

Electrostatic binding of bicarbonate and formate in viologen-based redox polymers: importance in catalytic reduction of bicarbonate to formateANDRE, J.-F; WRIGHTON, M. S.Inorganic chemistry (Print). 1985, Vol 24, Num 25, pp 4288-4292, issn 0020-1669Article

Nanocrystalline electrochromic displaysBONHOTE, P; GOGNIAT, E; CAMPUS, F et al.Displays. 1999, Vol 20, Num 3, pp 137-144, issn 0141-9382Article

Adsorption of viologen-based polyelectrolytes on carboxylate-terminated self-assembled monolayersGODINEZ, L. A; CASTRO, R; KAIFER, A. E et al.Langmuir. 1996, Vol 12, Num 21, pp 5087-5092, issn 0743-7463Article

Stable Photoinduced Separated Charge State in Viologen Halometallates: Some Key ParametersLEBLANC, Nicolas; ALLAIN, Magali; MERCIER, Nicolas et al.Crystal growth & design. 2011, Vol 11, Num 6, pp 2064-2069, issn 1528-7483, 6 p.Article

Electrical properties of the viologen-grafted poly(epichlorohydrin-co-oxyethylene)SHENGSHUI ZHANG; QIQIAN SHA.Solid state ionics. 1993, Vol 59, Num 3-4, pp 179-181, issn 0167-2738Article

Difunctional paraquat dications (viologens) and their crown complexes : a new class of rotaxane monomersSHEN, Y. X; ENGEN, P. T; BERG, M. A. G et al.Macromolecules. 1992, Vol 25, Num 10, pp 2786-2788, issn 0024-9297Article

Monitoring bioactivity in hydrogen fermentation by an amperometric method with polyviologen modified working electrodeBAI, Ming-Der; WANG, Yung-Fu; HSIAO, Chia-Jung et al.International journal of hydrogen energy. 2006, Vol 31, Num 10, pp 1357-1364, issn 0360-3199, 8 p.Article

Rendements quantiques de formation de cations-radicaux du viologène dans le système viologène polymère-alcool polyvinyliqueIVANOV, V. F; TVERSKOJ, V. A; TIMOFEEVA, T. V et al.Vysokomolekulârnye soedineniâ. Seriâ B. 1985, Vol 27, Num 5, pp 392-394, issn 0507-5483Article

Poly-[N,N-(1,4-divinylbenzene-β,β'-diyl)-4,4'-bipyridinium dibromide], a novel conducting viologen polymerMERZ, A; REITMEIER, S.Angewandte Chemie. 1989, Vol 101, Num 6, pp 827-828, issn 0044-8249, 2 p.Article

A new repeatable, optical writing and electrical erasing device based on photochromism and electrochromism of viologenGAO, Li-Ping; JIAN WEI; WANG, Yue-Chuan et al.Smart materials and structures. 2012, Vol 21, Num 8, issn 0964-1726, 085006.1-085006.10Article

Improving the efficiency of organic electroluminescent devices by introducing an electron-accepting and thermally stable polymerHA, Hyun-Ouk; LIM, Hyuntaek; CHO, Won-Jei et al.Optical materials (Amsterdam). 2003, Vol 21, Num 1-3, pp 165-168, issn 0925-3467, 4 p.Conference Paper

Charge-transport properties of polymer complex films composed of poly(alkyleneviologen) and poly(p-styrenesulfonate)HATOZAKI, O; OHSAKA, T; OYAMA, N et al.Journal of physical chemistry (1952). 1992, Vol 96, Num 25, pp 10492-10497, issn 0022-3654Article

Two-dimensional ordering of viologen polymers fixed on charged surface of bilayer membranes : a peculiar odd-even effect on redox potential and absorption spectrumSHIMOMURA, M; UTSUJI, K; HORIKOSHI, J et al.Langmuir. 1991, Vol 7, Num 4, pp 760-765, issn 0743-7463Article

Mediated electron transfer reactions at electrodes coated with poly(viologen)sHOSODA, N; OHNO, H; TSUCHIDA, E et al.Polymer (Guildford). 1984, Vol 25, Num 9, pp 1302-1306, issn 0032-3861Article

Third generation of conducting polymers : spectroelectrochemical investigations on viologen functionalized poly (3-alkylthiophenes)SARICIFTCI, N. S; MEHRING, M; GAUDL, K. U et al.The Journal of chemical physics. 1992, Vol 96, Num 9, pp 7164-7170, issn 0021-9606Article

Evidence for counterioin complexation in the conducting state of viologen-functionalized poly (3-alkylthiophenes)SARICIFTCI, N. S; KOLBERT, A. C; MEHRING, M et al.Chemical physics letters. 1991, Vol 182, Num 3-4, pp 326-330, issn 0009-2614Article

Investigation of viologen derivatives as electron-transfer mediators in amperometric glucose sensorsHALE, P. D; BOGUSLAVSKY, L. I; KARAN, H. I et al.Analytica chimica acta. 1991, Vol 248, Num 1, pp 155-161, issn 0003-2670Article

Bis-9-acridinyl derivative containing a viologen linker chain : electrochemically active intercalator for reversible labelling of DNATAKENAKA, S; IHARA, T; TAKAGI, M et al.Journal of the Chemical Society. Chemical communications. 1990, Num 21, pp 1485-1487, issn 0022-4936, 3 p.Article