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Optimization of thermally prepared ruthenium dioxide-based anodes for use in water electrolysis cellsBURKE, L. D; LYONS, M. E; MCCARTHY, M et al.Hydrogen as an energy carrier. International seminar. 3. 1983, pp 128-138Conference Paper

Characteristics of the RuO₂-n-GaAs Schottky barrierVANDENBROUCKE, D. A; VAN MEIRHAEGHE, R. L; LAFLERE, W. H et al.Journal of physics. D, Applied physics (Print). 1985, Vol 18, Num 4, pp 731-738, issn 0022-3727Article

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Ru―RuO₂/C as an efficient catalyst for the sodium borohydride hydrolysis to hydrogenYUNHUA LI; QI ZHANG; NUOWEI ZHANG et al.International journal of hydrogen energy. 2013, Vol 38, Num 30, pp 13360-13367, issn 0360-3199, 8 p.Article

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Preparation of active CdS/RuO_x particles for the photogeneration of H₂THEWISSEN, D. H. M. W; TIMMER, K; VAN DER ZOUWEN-ASSINK, E. A et al.Journal of the Chemical Society. Chemical communications. 1985, Num 21, pp 1485-1487, issn 0022-4936Article

Preparation, characterization and catalytic properties of perfluorosulfonated ion-exchange membranes containing surface-concentrated, hydrated ruthenium oxide particlesMICHAS, A; KELLY, J. M; DURAND, R et al.Journal of membrane science. 1986, Vol 29, Num 3, pp 239-257, issn 0376-7388Article

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Effect of rare-earth element oxides on electrophysical properties of pastes on the base of lead and bismuth ruthenatesKAMINSKAYA, T. P; NEDOREZOV, V. G; SHULISHOVA, O. I et al.Poroškovaâ metallurgiâ (Kiev). 1991, Num 5, pp 52-56, issn 0032-4795, 5 p.Article

Systeme Bi_2-xB_xRu₂O_7-y (B≡Mn, Co, Ni, Cu, Zn, Cd, Mg, Ca, Sr) = Système Bi_2-xB_xRu₂O_7-y (B≡Mn, Co, Ni, Cu, Zn, Cd, Mg, Ca, Sr) = Systems Bi_2-xB_xRu₂O_7-Y (B≡Mn, Co, Ni, Cu, Znå Cd, Mg, Ca, Sr)SCHULER, M; KEMMLER-SACK, S.Journal of the less-common metals. 1984, Vol 102, Num 1, pp 105-112, issn 0022-5088Article

Effect of atmosphere on the electrical conductivity of RuO₂ and ruthenate layersR˘EHÁK, B; FRUMAR, M; KOUDELKA, L et al.Journal of materials science letters. 1984, Vol 3, Num 11, pp 1011-1014, issn 0261-8028Article

Investigation of superconductivity and physical properties of some spinel-, perovskite- and pyrochlore-type oxidesBECK, E; EHMANN, A; KRUTZSCH, B et al.Journal of the less-common metals. 1989, Vol 147, Num 2, pp L17-L20, issn 0022-5088Article

Chemical synthesis of nano-porous ruthenium oxide (RUO₂) zthin films for supercapacitor applicationPATAKE, V. D; LOKHANDE, C. D.Applied surface science. 2008, Vol 254, Num 9, pp 2820-2824, issn 0169-4332, 5 p.Article

Growth of high-density Ru-and RuO₂-composite nanodots on atomic-layer-deposited Al₂O₃ filmWEI CHEN; MIN ZHANG; ZHANG, D. W et al.Applied surface science. 2007, Vol 253, Num 8, pp 4045-4050, issn 0169-4332, 6 p.Article

Characteristic and electrocatalytic behavior of ruthenium Prussian blue analogue film in strongly acidic mediaANNAMALAI SENTHIL KUMAR; ZEN, Jyh-Myng.Journal of molecular catalysis. A, Chemical. 2006, Vol 252, Num 1-2, pp 63-69, issn 1381-1169, 7 p.Article

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The nature of phase separation in a Ru―Sn―O ternary oxide electrocatalystXIN WANG; FENYONG DENG; ZHONGZHI TANG et al.PCCP. Physical chemistry chemical physics (Print). 2013, Vol 15, Num 11, pp 3977-3984, issn 1463-9076, 8 p.Article

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Electrical conduction and strain sensitivity in RuO₂ thick film resistorsCARCIA, P. F; SUNA, A; CHILDERS, W. D et al.Journal of applied physics. 1983, Vol 54, Num 10, pp 6002-6008, issn 0021-8979Article

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Etude des règles cinétiques de décharge-ionisation du chlore sur une anode en oxydes de Ru-Ti, par la méthode de la programmation non linéaireEVDOKIMOV, S. V; MISHENINA, K. A; GORODETSKIJ, V. V et al.Èlektrohimiâ. 1988, Vol 24, Num 11, pp 1475-1482, issn 0424-8570Article

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