Corrosion behaviour of Ti―Ta―Sn alloy systems in 0.9% NaCl solutionKHAN, W. Q; DEEN, K. M; GHAURI, K. M et al.Materials and corrosion (1995). 2012, Vol 63, Num 11, pp 992-996, issn 0947-5117, 5 p.Article

Influence du silicium dans les alliages Al-Si sur le comportement à la corrosion dans une solution de NaClSERI, O; TAGASHIRA, K.Keikinzoku. 1987, Vol 37, Num 3, pp 185-191, issn 0451-5994Article

Caractéristiques de polarisation et perte de poids par corrosion des alliages A-CrSERI, O; TAGASHIRA, K.Keikinzoku. 1987, Vol 37N 3, pp 214-219, issn 0451-5994Article

Preliminary electrochemical testing of some Zr―Ti alloys in 0.9% NaCl solutionCHELARIU, R; MARECI, D; MUNTEANU, C et al.Materials and corrosion (1995). 2013, Vol 64, Num 7, pp 585-591, issn 0947-5117, 7 p.Article

Anodic behaviour and pitting corrosion of plain carbon steel in NaOH solutions containing Cl-ions = Comportement anodique et corrosion par piqûre d'acier au carbone lisse dans des solutions de NaOH contenant des ions Cl^-ABD EL HALEEM, S. M; ABD EL REHIM, S. S; SHALABY, M. S et al.Surface technology. 1986, Vol 27, Num 2, pp 167-173, issn 0376-4583Article

Fabrication of Porous Ti-rich Ti₅₁Ni₄₉ by Evaporating NaCl Space HolderYEN, Fu-Cheng; HWANG, Kuen-Shyang; WU, Shyi-Kaan et al.Metallurgical and materials transactions. A, Physical metallurgy and materials science. 2014, Vol 45, Num 5, pp 2626-2635, issn 1073-5623, 10 p.Article

The low cycle corrosion fatigue of AH36-GL and 13CrMo44 steel in 3% NaCl solution = Fatigue oligocyclique avec corrosion de l'acier AH36-GL et 13CrMo44 dans NaCl 3%LACHMANN, E; RIE, K.-T.Corrosion science. 1983, Vol 23, Num 6, pp 637-644, issn 0010-938XArticle

The behavior of corrosion products on zinc in sodium chloride solution = Comportement des produits de corrosion sur le zinc dans une solution de chlorure de sodiumSUZUKI, I.Corrosion science. 1985, Vol 25, Num 11, pp 1029-1034, issn 0010-938XArticle

Anodic characteristics of amorphous palladium-iridium-phosphorus alloys in a hot concentrated sodium chloride solution = Caractéristiques anodiques des alliages Pd-Ir-P en milieu de chlorure de sodium concentré chaudHARA, M; HASHIMOTO, K; MASUMOTO, T et al.Journal of non-crystalline solids. 1983, Vol 54, Num 1-2, pp 85-100, issn 0022-3093Article

Corrosion electrochemical behaviors of silane coating coated magnesium alloy in NaCl solution containing cerium nitrateLUO, F; LI, Q; ZHONG, X. K et al.Materials and corrosion (1995). 2012, Vol 63, Num 2, pp 148-154, issn 0947-5117, 7 p.Article

Corrosion characterization of Mg―8Li alloy in NaCl solutionYINGWEI SONG; DAYONG SHAN; RONGSHI CHEN et al.Corrosion science. 2009, Vol 51, Num 5, pp 1087-1094, issn 0010-938X, 8 p.Article

The activation of aluminium by activator elementsBRESLIN, C. B; CARROLL, W. M.Corrosion science. 1993, Vol 35, Num 1-4, pp 197-203, issn 0010-938XConference Paper

Crevice corrosion behavior of commercially pure titanium in NaCl-HCl solutionsWATANABE, T; NAITO, H; NAKAMURA, Y et al.Nippon Kinzoku Gakkaishi (1952). 1986, Vol 50, Num 9, pp 822-827, issn 0021-4876Article

NaCl-induced accelerated oxidation of chromium = Oxydation accélérée du chrome induite par NaClSHINATA, Y; NISHI, Y.Oxidation of metals. 1986, Vol 26, Num 3-4, pp 201-212, issn 0030-770XArticle

Leaching of enargite in H₂SO₄-NaCl-O₂ mediaPADILLA, R; GIRON, D; RUIZ, M. C et al.Hydrometallurgy (Amsterdam). 2005, Vol 80, Num 4, pp 272-279, issn 0304-386X, 8 p.Article

A universal model for the nucleation of gold on NaCl = Un modèle universel pour la nucléation de l'or sur NaClGATES, A. D; ROBINS, J. L.Thin solid films. 1987, Vol 149, Num 1, pp 113-128, issn 0040-6090Article

Influence of pulsed current on platinized titanium and tantalum anode durability = Influence du courant pulsé sur la durabilité d'anodes de titane platiné et tantale platinéJUCHNIEWICZ, R; WALASZKOWSKI, J; BOHDANOWICZ, W et al.Corrosion science. 1986, Vol 26, Num 1, pp 55-61, issn 0010-938XArticle

Electrochemical behaviour of aluminium in NaCl solution: an impedance study = Comportement électrochimique de l'aluminium dans une solution de NaCl. Une étude d'impédanceNARAYAN, R; SHERIF, K. P.Indian journal of technology. 1986, Vol 24, Num 8, pp 515-521, issn 0019-5669Article

Rotating ring-disk electrode studies of Cu-Ni alloy electrodissolution in acidic chloride solutions. I: A commercial Cu-Ni (90/10) alloy = Etude par électrode à disque et à anneau rotative de la dissolution électrolytique d'alliage Cu-Ni dans des solutions de chlorure acide. I. Alliage commercial Cu-Ni (90/10)LEE, H. P; NOBE, K.Journal of the Electrochemical Society. 1984, Vol 131, Num 6, pp 1236-1243, issn 0013-4651Article

CSC par une technique de déformation répétéeKOMAI, K; MUKAI, Y; ENDO, K et al.Zairyo. 1983, Vol 32, Num 355, pp 441-445, issn 0514-5163Article

Influences of the three-phase boundary on the electrochemical corrosion characteristics of carbon steel under dropletsWANG, Y. H; LIU, Y. Y; WANG, W et al.Materials and corrosion (1995). 2013, Vol 64, Num 4, pp 309-313, issn 0947-5117, 5 p.Article

The Equilibrium Between Titanium Ions and Titanium Metal in NaCl-KCl Equimolar Molten SaltQIUYU WANG; JIANXUN SONG; GUOJING HU et al.Metallurgical and materials transactions. B, Process metallurgy and materials processing science. 2013, Vol 44, Num 4, pp 906-913, issn 1073-5615, 8 p.Article

Effects of NaCl, pH, and Potential on the Static Creep Behavior of AA 1100QUANHE WAN; QUESNEL, David J.Metallurgical and materials transactions. A, Physical metallurgy and materials science. 2013, Vol 44, Num 3, pp 1311-1319, issn 1073-5623, 9 p.Conference Paper

EIS study on pitting corrosion of ₇₁₅₀ aluminum alloy in sodium chloride and hydrochloric acid solutionPENG, G. S; CHEN, K. H; FANG, H. C et al.Materials and corrosion (1995). 2010, Vol 61, Num 9, pp 783-789, issn 0947-5117, 7 p.Article

Electrochemical Behavior of Silicon in the (NaCl-KCI-NaF-SiO₂) Molten SaltZONGYING CAI; YUNGANG LI; XIAOFENG HE et al.Metallurgical and materials transactions. B, Process metallurgy and materials processing science. 2010, Vol 41, Num 5, pp 1033-1037, issn 1073-5615, 5 p.Article