Electrochemical potential of free and immobilized Cratylia mollis seed lectinSOUZA, S. R; DUTRA, R. F; CORREIA, M. T. S et al.Bioresource technology. 2003, Vol 88, Num 3, pp 255-258, issn 0960-8524, 4 p.Article

Constrained Gibbs energy minimisationKOUKKARI, Pertti; PAJARRE, Risto; HACK, Klaus et al.International journal of materials research. 2007, Vol 98, Num 10, pp 926-934, issn 1862-5282, 9 p.Article

Mechanical fabrication of metal nano-contacts showing conductance quantization under electrochemical potential controlKIGUCHI, Manabu; KONISHI, Tatsuya; MIURA, Shinichi et al.Physica. E, low-dimentional systems and nanostructures. 2005, Vol 29, Num 3-4, pp 530-533, issn 1386-9477, 4 p.Conference Paper

Corrosion studies of iron. I: The impedance of the iron electrode in aqueous perchlorate solutions = Etudes sur la corrosion de Fe: Impédance de l'électrode de fer dans des solutions aqueuses de perchlorateBOALCH, R. D; HAMPSON, N. A; MCNEIL, A. J. S et al.Surface technology. 1973, Vol 20, Num 3, pp 241-246, issn 0376-4583Article

Comportement électrochimique de l'argent dans les solutions concentrées d'acide sulfuriqueGORDEEVA, T. V; KRASIKOV, B. S.Žurnal prikladnoj himii. 1984, Vol 57, Num 11, pp 2491-2494, issn 0044-4618Article

(FOURTEENTH HOTHERSALL MEMORIAL LECTURE). ON THE NATURE OF ELECTRODE POTENTIALSDUBPERNELL G.1978; TRANS. INST. METAL FINISHG; GBR; DA. 1978; VOL. 56; NO 3; PP. 121-127; BIBL. 88 REF.Article

UNTERSUCHUNGEN ZUR ELEKTROCHEMISCHEN PRUEFUNG DUENNER METALLSCHICHTEN = STUDIES FOR ELECTROCHEMICAL TESTING OF THIN LAYER = ETUDES POUR LE CONTROLE ELECTROCHIMIQUE DE COUCHES MINCES METALLIQUESSCHICHT H; ACKERMANN M; BILLING R et al.1981; SILIKATTECHNIK; ISSN 0037-5233; DDR; DA. 1981; VOL. 32; NO 7; PP. 216-218; BIBL. 3 REF.Article

Effect of cytoskeletal elastic properties on the mechanoelectrical transduction in excitable cellsSHKLYAR, Tatyana F; DINISLAMOVA, Olga A; SAFRONOV, Alexander P et al.Journal of biomechanics. 2012, Vol 45, Num 8, pp 1444-1449, issn 0021-9290, 6 p.Article

D-Lactose oxidation over gold catalystsMURZINA, Elena V; TOKAREV, Anton V; KORDAS, Krisztian et al.Catalysis today. 2008, Vol 131, Num 1-4, pp 385-392, issn 0920-5861, 8 p.Conference Paper

Electrochemical potential measurement and finite element structure analysis of Si wafer surface under mechanical stressSAKATA, Kaoruho; HOMMA, Takayuki.Electrochemistry communications. 2012, Vol 25, pp 144-146, issn 1388-2481, 3 p.Article

Approximate calculation of the density of electronic off-resonant states in nanoconstrictions with weak atom-lead couplingGRADO-CAFFARO, M. A; GRADO-CAFFARO, M.Physica. B, Condensed matter. 2009, Vol 404, Num 8-11, pp 1621-1623, issn 0921-4526, 3 p.Article

A METHOD TO MEASURE ELECTROCHEMICAL POTENTIAL AT THE TIP OF A GROWING CRACK DURING AN ENVIRONMENTAL FATIGUE TEST = UNE METHODE POUR MESURER LE POTENTIEL ELECTROCHIMIQUE A FOND DE FISSURE DURANT UN ESSAI DE FATIGUEGABETTA G.1982; FATIGUE OF ENGINEERING MATERIALS AND STRUCTURES; ISSN 0160-4112; GBR; DA. 1982; VOL. 5; NO 3; PP. 215-220; BIBL. 5 REF.Article

THE ZINC-STEEL POTENTIAL REVERSAL IN CATHODIC PROTECTION = LE POTENTIEL D'INVERSION ZINC VS ACIER EN PROTECTION CATHODIQUEHANEY EG.1982; MATER. PERFORM.; ISSN 0094-1492; USA; DA. 1982; VOL. 21; NO 4; PP. 44-51; BIBL. 12 REF.Article

CREEP BEHAVIOR OF PITTING STAINLESS STEELS UNDER CONTROLLED POTENTIALIWANAGA H; OKI T.1982; ZAIRYO; ISSN 0514-5163; JPN; DA. 1982; VOL. 31; NO 342; PP. 288-294; ABS. ENG; BIBL. 13 REF.Article

Variation du potentiel de l'aluminium anodisé au cours de sa modification par le dioxyde de titaneSEJTMAGZIMOV, A. A; PAK, V. N; KOL'TSOV, S. I et al.Žurnal prikladnoj himii. 1985, Vol 58, Num 1, pp 92-95, issn 0044-4618Article

The electrochemical behavior of fullerenes in liquid electrolyteYAZAMI, R; CHERIGUI, A.Molecular crystals and liquid crystals science and technology. Section A, Molecular crystals and liquid crystals. 1994, Vol 244-45, pp 209-214, issn 1058-725XConference Paper

Direct electrochemistry of copper-containing nitrite reductase from Achromobacter xylosoxidans NCIB 11015KOHZUMA, T; SHIDARA, S; YAMAGUCHI, K et al.Chemistry Letters. 1993, Num 12, pp 2029-2032, issn 0366-7022Article

Influence of electrochemical potential on the displacement of aqueous electrolyte from a copper surface by oil = Influence du potentiel électrochimique sur le déplacement d'un électrolyte aqueux à la surface de cuivre par de l'huileKENDIG, M. W; FADNER, T. A.Industrial & engineering chemistry fundamentals. 1985, Vol 24, Num 1, pp 50-55, issn 0196-4313Article

Effect of suspension potential on the oxidation rate of copper concentrate in a sulfuric acid solution = Influence du potentiel de la suspension sur la vitesse d'oxydation de concentrés de cuivre ou solution d'acide sulfuriqueKAMETANI, H; AOKI, A.Metallurgical transactions. B, Process metallurgy. 1985, Vol 16, Num 4, pp 695-705, issn 0360-2141Article

Role of caustic concentration and electrochemical potentials in caustic cracking of steelsSINGH RAMAN, R. K.Materials science & engineering. A, Structural materials : properties, microstructure and processing. 2006, Vol 441, Num 1-2, pp 342-348, issn 0921-5093, 7 p.Article

Potentiostatic determination of chloride threshold values for rebar depassivation. Experimental and statistical studyIZQUIERDO, D; ALONSO, C; ANDRADE, C et al.Electrochimica acta. 2004, Vol 49, Num 17-18, pp 2731-2739, issn 0013-4686, 9 p.Conference Paper

DEVELOPMENT OF THE HIGH EFFICIENT ELECTROPLATING CELLSAKAI K; SHIMOKAWA Y; NAKANO H et al.1982; KINZOKU HYOMEN GIJUTSU. (JOURNAL OF THE METAL FINISHING SOCIETY OF JAPAN); ISSN 0026-0614; JPN; DA. 1982; VOL. 23; NO 10; PP. 523-530; ABS. ENG; BIBL. 10 REF.Article

ON THE ELECTRONEGATIVITY PARAMETERS OF THE THEORY OF HEATS OF ALLOY FORMATION = PARAMETRES D'ELECTRONEGATIVITE DE LA THEORIE DES CHALEURS DE FORMATION DES ALLIAGESALONSO JA; GONZALEZ DJ; INIGUEZ MP et al.1979; SOLID STATE COMMUNIC.; GBR; DA. 1979; VOL. 31; NO 1; PP. 9-14; BIBL. 15 REF.Article

A system for data acquisition in electrochemical experimentsBŁASZCZYK, T; CZAJKOWSKI, J. M.Measurement science & technology (Print). 1993, Vol 4, Num 4, pp 451-455, issn 0957-0233Article

COMPORTEMENT ANODIQUE DU TITANE DANS L'ACIDE CHLORHYDRIQUE 8M.I^-1 DESAERE. MECANISME DE DISSOLUTION-PASSIVATION. INFLUENCE DES CONDITIONS HYDRAUDYNAMIQUES, DU POTENTIEL ET DE LA TEMPERATURE = ANODIC BEHAVIOUR OF TITANIUM IN DESAERATED HYDROCHLORIC ACID 8M.I^-1 - DISSOLUTION AND PASSIVATION - EFFECT OF HYDRODYNAMIC CONDITIONS, POTENTIAL AND TEMPERATUREFRAYRET JP; CAPRANI A; DELREY F et al.1981; J. CHIM. PHYS. PHYSICOCHIM. BIOL.; ISSN 0021-7689; FRA; DA. 1981; VOL. 78; NO 3; PP. 233-240; ABS. ENG; BIBL. 51 REF.Article