Articles citing this paper
Electrochemical investigation of contact angle and of flotation in the presence of alkylxanthates. II. Galena and pyrite surfaces
JR Gardner and R Woods
30(5) pp.981 - 991
61 articles found in Crossref database.
Thin Films: Preparation, Characterization, Applications (2002)
Comprehensive Treatise of Electrochemistry (1981)
In-situ FTIR study of ethyl xanthate adsorption on sulfide minerals under conditions of controlled potential
Leppinen J.O.,
Basilio C.I., Yoon R.H.
International Journal of Mineral Processing. 1989 26(3-4). p.259
Surface Electrochemistry (1993)
Characteristics of Ethyl Xanthate Adsorption Reaction on Silver and Silver-Gold Alloys
Kim Dong-Su
Geosystem Engineering. 1998 1(2). p.95
A review on the electrochemistry of galena flotation
Hu Yuehua,
Wu Meirong,
Liu Runqing, Sun Wei
Minerals Engineering. 2020 150 p.106272
A study of the surface oxidation of galena using cyclic voltammetry
Gardner J.R., Woods R.
Journal of Electroanalytical Chemistry and Interfacial Electrochemistry. 1979 100(1-2). p.447
Selective flotation of gold from pyrite under oxidizing conditions
Monte M.B.M.,
Lins F.F., Oliveira J.F.
International Journal of Mineral Processing. 1997 51(1-4). p.255
The potential dependence of flotation of chalcocite with diethyl dithiophosphate
Woods R.,
Kim D.S., Yoon R.-H.
International Journal of Mineral Processing. 1993 39(1-2). p.101
Electrochemical behavior of galena in the presence of calcium and sulfate ions
Flores-Álvarez José Manuel,
Elizondo-Álvarez Martha Araceli,
Dávila-Pulido Gloria Ivone,
Guerrero-Flores Angel Daniel, Uribe-Salas Alejandro
Minerals Engineering. 2017 111 p.158
A survey of the application of X-ray photoelectron spectroscopy to flotation research
Buckley Alan N.
Colloids and Surfaces A: Physicochemical and Engineering Aspects. 1994 93 p.159
An electrochemical investigation of the natural flotability of chalcopyrite
Gardner J.R., Woods R.
International Journal of Mineral Processing. 1979 6(1). p.1
Investigations on the Collector Reagent Development for the Recovery of Cassiterite from the Gravity Tails of a Low Grade Indian Tin Ore
SREENIVAS T., MANOHAR C.
Mineral Processing and Extractive Metallurgy Review. 1998 19(1). p.461
Influence of ethyl xanthate on the wettability and surface free energy of galena
Jańczuk Bronisław,
Zdziennicka Anna, Wójcik Wiesław
Applied Surface Science. 1997 120(1-2). p.35
Electrochemical study of wettability of sulfide minerals under flotation conditions: Pyrite, pyrrhotite, and arsenopyrite
Chanturiya V. A.,
Vigdergauz V. E.,
Nedosekina T. V.,
Panova M. V., Gromova N. K.
Journal of Mining Science. 1997 33(3). p.258
Xanthate adsorption on Pb contaminated pyrite
Sui Caroline C.,
Brienne Stephane H.R.,
Xu ZhengHe, Finch James A.
International Journal of Mineral Processing. 1997 49(3-4). p.207
Encyclopedia of Separation Science (2000)
Xanthate chemisorption on lead sulfide
Buckley A.N., Woods R.
Colloids and Surfaces A: Physicochemical and Engineering Aspects. 1994 89(1). p.71
Galvanic contact between nickel arsenide and pyrrhotite and its effect on flotation
Nakazawa H., Iwasaki I.
International Journal of Mineral Processing. 1986 18(3-4). p.203
The influence of grinding and flotation environments on the laboratory batch flotation of galena
Guy P.J., Trahar W.J.
International Journal of Mineral Processing. 1984 12(1-3). p.15
Adsorption of ethyl xanthate on freshly exposed galena surfaces
Buckley A.N., Woods R.
Colloids and Surfaces. 1991 53(1). p.33
A review on electrochemical behavior of pyrite in the froth flotation process
Moslemi Hossein, Gharabaghi Mahdi
Journal of Industrial and Engineering Chemistry. 2017 47 p.1
Sulphide collector mineral bonding and the mechanism of flotation
Crozier R.D.
Minerals Engineering. 1991 4(7-11). p.839
Utilizing H2O2 for the selective flotation separation of chalcopyrite and galena with their surface pre-adsorbed with Isopropyl Ethyl Thiocarbamate
Liu Jianying,
Feng Bo,
Guo Wei, Chen Yuangan
Separation and Purification Technology. 2024 330 p.125477
The role of copper and lead in the activation of pyrite in xanthate and non-xanthate systems
Pecina E.T.,
Uribe A.,
Nava F., Finch J.A.
Minerals Engineering. 2006 19(2). p.172
Separation of dixanthogen and sulphur xanthates by H.P.L.C.
Honeyman R.T.,
Schrieke R.R., Winter G.
Analytica Chimica Acta. 1980 116(2). p.345
Thermodynamic calculations on sulfide flotation systems: I. Galena-ethyl xanthate system in the absence of metastable species
Pritzker M.D., Yoon R.H.
International Journal of Mineral Processing. 1984 12(1-3). p.95
Solid—Liquid Interfaces (2003)
Adsorption of ethyl xanthate anions on a silver electrode. An in-situ FTIR study
Sundholm G., Talonen P.
Journal of Electroanalytical Chemistry. 1995 380(1-2). p.261
Influence of the semiconducting character of a bed of galena particles on its potential during flotation
Navarro Alberto, Gutierrez Claudio
Journal of Colloid and Interface Science. 1981 81(2). p.390
Kinetics of CuEtX film formation on copper piezoelectrodes
Hepel Maria, Scendo Mieczyslaw
Journal of Electroanalytical Chemistry. 2002 538-539 p.121
A Review of the Mineral Contact Angle Measurements and Applications in the Froth Flotation Process: Techniques and Influential Parameters, Part I
Tahooni Bonab Sajjad,
Abdollahi Hadi, Abbaspour Amir
Mineral Processing and Extractive Metallurgy Review. 2024 p.1
An infrared investigation of amylxanthate adsorption by pyrite after wet grinding at natural and acid pH
Cases J.M.,
De Donato P.,
Kongolo M., Michot L.
Colloids and Surfaces. 1989 36(3). p.323
Solution Chemistry: Mineral and Reagents (2006)
Effects of oxygen on kinetics of conditioning in sulphide ore flotation
Kuopanportti H.,
Suorsa T., Pöllänen E.
Minerals Engineering. 1997 10(11). p.1193
Fundamental electrochemical and Raman spectroscopic investigations of the flotation behaviour of PtAs2
Vermaak M.K.G.,
Pistorius P.C., Venter J.A.
Minerals Engineering. 2007 20(12). p.1153
Electrochemical flotation of sulfides: the bornite-ethylxanthate system
Zachwieja J. B.,
Walker G. W., Richardson P. E.
Mining, Metallurgy & Exploration. 1987 4(3). p.146
X-ray photoelectron spectroscopic and electrochemical studies of the interaction of xanthate with galena in relation to the mechanism proposed by Page and Hazell
Buckley A.N., Woods R.
International Journal of Mineral Processing. 1990 28(3-4). p.301
Chemisorption—the thermodynamically favoured process in the interaction of thiol collectors with sulphide minerals
Buckley A.N., Woods R.
International Journal of Mineral Processing. 1997 51(1-4). p.15
An electrochemical and electron spectroscopic investigation of the galena/diethyl dithiophosphate system
Buckley A.N., Woods R.
Colloids and Surfaces. 1991 59 p.307
Chemisorption of ethyl xanthate on copper electrodes
Woods R,
Basilio C.I,
Kim D.S, Yoon R.-H
International Journal of Mineral Processing. 1994 42(3-4). p.215
Biodepression of Copper-Activated Pyrite with Acidithiobacillus ferrooxidans in Flotation with Fresh and Seawater
San Martín Francisca,
Valles Ignacio,
Kracht Willy,
Vargas Tomás, Aguilar Claudio
Minerals. 2021 11(10). p.1039
Underpotential deposition of dithiophosphate on chalcocite
Buckley A.N., Woods R.
Journal of Electroanalytical Chemistry. 1993 357(1-2). p.387
The interaction of iron species with pyrite surfaces
Ramprakash Y.,
Koch D. F. A., Woods R.
Journal of Applied Electrochemistry. 1991 21(6). p.531
Effect of pyrite-pyrrhotite contact on their floatabilities
Nakazawa H., Iwasaki I.
Mining, Metallurgy & Exploration. 1985 2(4). p.206
Contribution of components from volume defect in natural pyrite and quartz to solution chemistry of flotation pulp
XIAN Yong-jun,
NIE Qi,
WEN Shu-ming, WANG Yi-jie
Transactions of Nonferrous Metals Society of China. 2015 25(9). p.3119
Potassium ethyl xanthate as corrosion inhibitor for copper in acidic chloride solutions
Scendo M.
Corrosion Science. 2005 47(7). p.1738
Pulp Potential and Its Implications to Sulfide Flotation
CHENG XUAN, IWASAKI IWAO
Mineral Processing and Extractive Metallurgy Review. 1992 11(4). p.187
Corrosion inhibition of copper by potassium ethyl xanthate in acidic chloride solutions
Scendo M.
Corrosion Science. 2005 47(11). p.2778
Anodic Processes on a Galena (PbS) Electrode in the Presence of n-Butyl Xanthate Studied FTIR-Spectroelectrochemically
Chernyshova I. V.
The Journal of Physical Chemistry B. 2001 105(34). p.8185
Reviews of Physiology, Biochemistry and Pharmacology, Volume 94 (1996)
Thiolate layers on metal sulfides characterised by XPS, ToF-SIMS and NEXAFS spectroscopy
Goh Siew Wei,
Buckley Alan N.,
Gong Bill,
Woods Ronald,
Lamb Robert N.,
Fan Liang-Jen, Yang Yaw-wen
Minerals Engineering. 2008 21(12-14). p.1026
Submonolayer adsorption of alkyl xanthates on galena
Shchukarev A.V.,
Kravets I.M.,
Buckley A.N., Woods R.
International Journal of Mineral Processing. 1994 41(1-2). p.99
Electrochemistry in Transition (1992)
Hydrophobic effects of sulfur and xanthate on metal and mineral surfaces
Walker G.W.,
Walters C.P., Richardson P.E.
International Journal of Mineral Processing. 1986 18(1-2). p.119
Computer-assisted calculations of thermodynamic equilibria in the galena-ethyl xanthate system
Pålsson Bertil I., Eric Forssberg K.S.
International Journal of Mineral Processing. 1988 23(1-2). p.93
A rest potential study of impurity (As, Au, Ni and Co) bearing synthetic pyrite in alkaline flotation conditions
Babedi L.,
Tadie M.,
von der Heyden B.P., Chareev D.A.
Minerals Engineering. 2023 202 p.108277
Interaction between finely ground galena and pyrite with potassium amylxanthate in relation to flotation, 2. Influence of grinding media at natural pH
Cases J.M.,
Kongolo M.,
de Donato P.,
Michot L., Erre R.
International Journal of Mineral Processing. 1990 30(1-2). p.35
Collectorless Flotation of Sulphide Minerals
HAYES R. A.,
PRICE D. M.,
RALSTON J., SMITH R. W.
Mineral Processing and Extractive Metallurgy Review. 1987 2(3). p.203
A spectroelectrochemical study of chemisorption of ethyl xanthate on gold
Woods R.,
Kim D.S.,
Basilio C.I., Yoon R.-H.
Colloids and Surfaces A: Physicochemical and Engineering Aspects. 1995 94(1). p.67
Ethyl xanthate chemisorption isotherms and Eh-pH diagrams for the silver + water + ethyl xanthate system
Woods R.,
Basilio C.I.,
Kim D.S., Yoon R.H.
Journal of Electroanalytical Chemistry. 1992 328(1-2). p.179
