Works about CHALCOPYRITE
Results: 901
Effect of Different Crushing Methods on Chalcopyrite Liberation and Heavy Media Preconcentration.
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- Minerals (2075-163X), 2025, v. 15, n. 2, p. 179, doi. 10.3390/min15020179
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Selective Flotation Separation of Chalcopyrite from Copper-Activated Pyrite and Pyrrhotite Using Oxidized Starch as Depressant.
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- Minerals (2075-163X), 2025, v. 15, n. 2, p. 133, doi. 10.3390/min15020133
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- Article
ILGAR.
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- Vakuum in Forschung und Praxis, 2013, v. 25, n. 3, p. 17, doi. 10.1002/vipr.201300526
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- Article
Virtually Bare Nanocrystal Surfaces: Significantly Enhanced Electrical Transport in CuInSe<sub>2</sub> and CuIn<sub>1− x</sub>Ga<sub> x</sub>Se<sub>2</sub> Thin Films upon Ligand Exchange with Thermally Degradable 1-Ethyl-5-Thiotetrazole.
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- Advanced Functional Materials, 2014, v. 24, n. 8, p. 1081, doi. 10.1002/adfm.201301957
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A degradation column for organic dyes based on a composite of CuFeS nanocrystals and sawdust.
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- Journal of Materials Science, 2016, v. 51, n. 11, p. 5412, doi. 10.1007/s10853-016-9844-4
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Structural, elastic, electronic, and optical properties of defect-chalcopyrite structure CdGa X ( X = S, Se) compounds.
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- Journal of Materials Science, 2012, v. 47, n. 8, p. 3849, doi. 10.1007/s10853-011-6240-y
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Synthesis and characterization of CuInS thin film structures.
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- Journal of Materials Science, 2012, v. 47, n. 4, p. 1669, doi. 10.1007/s10853-011-5988-4
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ITO substrate resistivity effect on the properties of CuInSe<sub>2</sub> deposited using two-electrode system.
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- Journal of Materials Science, 2009, v. 44, n. 5, p. 1241, doi. 10.1007/s10853-009-3252-y
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X-ray diffraction and compositional studies of AgInS<sub>2</sub> thin films obtained by spray pyrolysis.
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- Journal of Materials Science, 2008, v. 43, n. 21, p. 6848, doi. 10.1007/s10853-008-3002-6
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- Article
Characterisation of AMD Pollution in the Reservoirs of the Iberian Pyrite Belt.
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- Mine Water & the Environment, 2013, v. 32, n. 4, p. 321, doi. 10.1007/s10230-013-0236-6
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- Article
Bioleaching of copper via iron oxidation from chalcopyrite at elevated temperatures.
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- Food & Bioproducts Processing: Transactions of the Institution of Chemical Engineers Part C, 2010, v. 88, n. 1, p. 21, doi. 10.1016/j.fbp.2009.06.005
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WANNIER FUNCTIONS AND CHEMICAL BONDING IN COMPOUNDS Be–IV–P2 (IV = C, Si, Ge, Sn) WITH CHALCOPYRITE STRUCTURE.
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- Journal of Structural Chemistry, 2021, v. 62, n. 6, p. 817, doi. 10.1134/S0022476621060019
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<italic>Ab initio</italic> and phenomenological simulation of the phonon spectra Be<italic>M</italic>N<sub>2</sub> (<italic>M</italic> = C, Si, Ge, Sn) crystals.
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- Journal of Structural Chemistry, 2017, v. 58, n. 8, p. 1588, doi. 10.1134/S0022476617080169
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XPS and XANES study of layered mineral valleriite.
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- Journal of Structural Chemistry, 2017, v. 58, n. 6, p. 1137, doi. 10.1134/S0022476617060105
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Modeling of half-Heusler crystals with the chalcopyrite structure: LiMgZn X (X = N, P, As, Sb).
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- Journal of Structural Chemistry, 2016, v. 57, n. 8, p. 1499, doi. 10.1134/S0022476616080023
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Sublattice effect on the formation of the band structure of crystals with the chalcopyrite lattice: BCN, BCN, BCN.
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- Journal of Structural Chemistry, 2016, v. 57, n. 1, p. 8, doi. 10.1134/S0022476616010029
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The electronic structure of defect chalcopyrite CdGaSe as determined from first principles calculations and X-ray spectroscopy studies.
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- Journal of Structural Chemistry, 2015, v. 56, n. 3, p. 492, doi. 10.1134/S0022476615030154
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Genesis of the phonon spectra of A<sup>2</sup>B<sup>4</sup>C<sub>2</sub><sup>5</sup> and A<sup>1</sup>B<sup>3</sup>C<sub>2</sub><sup>6</sup> crystals with a chalcopyrite lattice from the vibrational states of their sublattices.
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- Journal of Structural Chemistry, 2013, v. 54, n. 5, p. 843, doi. 10.1134/S0022476613050028
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Role of sublattices in the formation of the electronic structure and chemical bonding in a ZnSiO crystal with a defect chalcopyrite lattice.
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- Journal of Structural Chemistry, 2012, v. 53, n. 1, p. 35, doi. 10.1134/S0022476612010040
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The influence of magnetic ordering on the electronic energy structure of CuFeS.
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- Journal of Structural Chemistry, 2011, v. 52, p. 61, doi. 10.1134/S0022476611070080
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Mössbauer spectra of iron doped CuCrS<sub>2</sub>.
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- Journal of Structural Chemistry, 2009, v. 50, n. 2, p. 351, doi. 10.1007/s10947-009-0049-4
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LiPN<sub>2</sub> and NaPN<sub>2</sub> crystals: Structural features and chemical bonding.
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- Journal of Structural Chemistry, 2007, v. 48, n. 6, p. 996, doi. 10.1007/s10947-007-0162-1
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Study of chalcopyrite flotation in the presence of illite using a design of experiments approach.
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- Clay Minerals, 2021, v. 56, n. 3, p. 197, doi. 10.1180/clm.2021.35
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纳米比亚某含银硫化铜矿选矿试验研究.
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- Precious Metals / Guijinshu, 2022, v. 43, n. 3, p. 35
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The composition of brines in the early diagenetic mineralization of the Permian Kupferschiefer in Germany.
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- Contributions to Mineralogy & Petrology, 2006, v. 152, n. 3, p. 323, doi. 10.1007/s00410-006-0105-4
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Adaptive mechanism of Acidithiobacillus thiooxidans CCTCC M 2012104 under stress during bioleaching of low-grade chalcopyrite based on physiological and comparative transcriptomic analysis.
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- Journal of Industrial Microbiology & Biotechnology, 2019, v. 46, n. 12, p. 1643, doi. 10.1007/s10295-019-02224-z
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Increased chalcopyrite bioleaching capabilities of extremely thermoacidophilic Metallosphaera sedula inocula by mixotrophic propagation.
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- Journal of Industrial Microbiology & Biotechnology, 2019, v. 46, n. 8, p. 1113, doi. 10.1007/s10295-019-02193-3
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Investigation of energy gene expressions and community structures of free and attached acidophilic bacteria in chalcopyrite bioleaching.
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- Journal of Industrial Microbiology & Biotechnology, 2012, v. 39, n. 12, p. 1833, doi. 10.1007/s10295-012-1190-1
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Isolation of an extremely acidophilic and highly efficient strain Acidithiobacillus sp. for chalcopyrite bioleaching.
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- Journal of Industrial Microbiology & Biotechnology, 2012, v. 39, n. 11, p. 1625, doi. 10.1007/s10295-012-1174-1
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Bioleaching of chalcopyrite concentrate using Leptospirillum ferriphilum, Acidithiobacillus ferrooxidans and Acidithiobacillus thiooxidans in a continuous bubble column reactor.
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- Journal of Industrial Microbiology & Biotechnology, 2010, v. 37, n. 3, p. 289, doi. 10.1007/s10295-009-0672-2
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Synthesis of CuInS 2 Nanocubes by a Wet Chemical Process.
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- Journal of Dispersion Science & Technology, 2005, v. 26, n. 5, p. 555, doi. 10.1081/DIS-200057631
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Coal cleaning residues and Fe-minerals implications.
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- Environmental Monitoring & Assessment, 2011, v. 172, n. 1-4, p. 367, doi. 10.1007/s10661-010-1340-8
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- Article
Structural tuning of wide-gap chalcopyrite CuGaSe<sub>2</sub> thin films and highly efficient solar cells: differences from narrow-gap Cu(In,Ga)Se<sub>2</sub>.
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- Progress in Photovoltaics, 2014, v. 22, n. 7, p. 821, doi. 10.1002/pip.2464
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Growth mechanisms of co-evaporated kesterite: a comparison of Cu-rich and Zn-rich composition paths.
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- Progress in Photovoltaics, 2014, v. 22, n. 1, p. 35, doi. 10.1002/pip.2296
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- Article
Growth of Cu(In,Ga)Se<sub>2</sub> thin films by a novel single-stage route based on pulsed electron deposition.
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- Progress in Photovoltaics, 2013, v. 21, n. 4, p. 588, doi. 10.1002/pip.1234
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Investigation of Cu(In,Ga)Se<sub>2</sub> thin-film formation during the multi-stage co-evaporation process.
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- Progress in Photovoltaics, 2013, v. 21, n. 1, p. 30, doi. 10.1002/pip.1233
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CdS/Cu(In,Ga)S<sub>2</sub> based solar cells with efficiencies reaching 12.9% prepared by a rapid thermal process.
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- Progress in Photovoltaics, 2013, v. 21, n. 1, p. 88, doi. 10.1002/pip.2165
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- Article
ILGAR In<sub>2</sub>S<sub>3</sub> buffer layers for Cd-free Cu(In,Ga)(S,Se)<sub>2</sub> solar cells with certified efficiencies above 16%.
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- Progress in Photovoltaics, 2012, v. 20, n. 7, p. 855, doi. 10.1002/pip.2268
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Investigation of the Sub-Bandgap Photoresponse in CuGaS<sub>2</sub> : Fe for Intermediate Band Solar Cells.
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- Progress in Photovoltaics, 2012, v. 20, n. 6, p. 625, doi. 10.1002/pip.1197
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The complex material properties of chalcopyrite and kesterite thin-film solar cell absorbers tackled by synchrotron-based analytics.
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- Progress in Photovoltaics, 2012, v. 20, n. 5, p. 557, doi. 10.1002/pip.1256
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Kesterites-a challenging material for solar cells.
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- Progress in Photovoltaics, 2012, v. 20, n. 5, p. 512, doi. 10.1002/pip.2156
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ILGAR-ZnO Window Extension Layer: An Adequate Substitution of the Conventional CBD-CdS buffer in Cu(In, Ga) (S, Se)[sub 2]-based Solar Cells with Superior Device Performance.
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- Progress in Photovoltaics, 2002, v. 10, n. 3, p. 173
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Mineral chemistry of igneous rocks in the Lar Cu-Mo prospect, southeastern part of Iran: implications for P, T, and ƒO<sub>2</sub>.
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- Turkish Journal of Earth Sciences, 2016, v. 25, n. 5, p. 418, doi. 10.3906/yer-1510-5
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Sphalerite Associated with Pyrrhotite-Chalcopyrite Ore Occurring in the Kotana Fe-Skarn Deposit (Giresun, NE Turkey): Exsolution or Replacement.
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- Turkish Journal of Earth Sciences, 2011, v. 20, n. 3, p. 307, doi. 10.3906/yer-1001-26
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Characterization of the Interfacial Defect Layer in Chalcopyrite Solar Cells by Depth‐Resolved Muon Spin Spectroscopy.
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- Advanced Materials Interfaces, 2022, v. 9, n. 19, p. 1, doi. 10.1002/admi.202200374
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Toward Understanding Chalcopyrite Solar Cells via Advanced Characterization Techniques.
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- Advanced Materials Interfaces, 2022, v. 9, n. 14, p. 1, doi. 10.1002/admi.202200128
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Cover Feature: Double‐Pulse Electrodeposition of CuGaS<sub>2</sub> Photovoltaic Thin Film (ChemElectroChem 12/2019).
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- ChemElectroChem, 2019, v. 6, n. 12, p. 2966, doi. 10.1002/celc.201900763
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- Article
Bioleaching of Enargite and Tennantite by Moderately Thermophilic Acidophilic Microorganisms.
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- Microbiology (00262617), 2020, v. 89, n. 4, p. 413, doi. 10.1134/S0026261720040050
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SEPARATION OF MOLYBDENITE FROM CHALCOPYRITE, USING GRAPHENE OXIDE AS A NOVEL DEPRESSANT.
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- Archives of Mining Sciences, 2023, v. 68, n. 1, p. 71, doi. 10.24425/ams.2023.144318
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Innovative study on chalcopyrite flotation efficiency with xanthate and ester collectors blend using response surface methodology (B.B.D): towards sustainability.
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- Scientific Reports, 2025, v. 15, n. 1, p. 1, doi. 10.1038/s41598-024-81193-5
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