Articles citing this paper
Crystal Structure Determination of Ag3CuS2 From Powder X-Ray Diffraction Data
CL Baker, FJ Lincoln and AWS Johnson
45(9) pp.1441 - 1449
16 articles found in Crossref database.
Structure Types. Part 9: Space Groups (148) R-3 - (141) I41/amd (2010)
Non-Ferrous Metal Systems. Part 1 (2006)
A convenient hydrothermal route to mineral Ag3CuS2 nanorods
Hu J.Q,
Deng B,
Zhang W.X,
Tang K.B, Qian Y.T
International Journal of Inorganic Materials. 2001 3(7). p.639
Silver intercalation in Jalpaite. Determination of the chemical diffusion coefficient
Schmidt J.A., Sagua A.E.
Materials Chemistry and Physics. 1995 42(4). p.253
Influence of sulphur on the microstructure and properties of Ag–Cu–Zn brazing filler metal
Chen Y.,
Yun D.,
Sui F.,
Long W.,
Zhang G., Liu S.
Materials Science and Technology. 2013 29(10). p.1267
Recent advances in synthetic methods and applications of Ag2S-based heterostructure photocatalysts
Xue Jing,
Liu Jixian,
Liu Yuanmeng,
Li Hailong,
Wang Yao,
Sun Dong,
Wang Wei,
Huang Linjun, Tang Jianguo
Journal of Materials Chemistry C. 2019 7(14). p.3988
An assessment of silver copper sulfides for photovoltaic applications: theoretical and experimental insights
Savory Christopher N.,
Ganose Alex M.,
Travis Will,
Atri Ria S.,
Palgrave Robert G., Scanlon David O.
Journal of Materials Chemistry A. 2016 4(32). p.12648
Molecules versus Nanoparticles: Identifying a Reactive Molecular Intermediate in the Synthesis of Ternary Coinage Metal Chalcogenides
Gahlot Sweta,
Jeanneau Erwann,
Singh Deobrat,
Panda Pritam Kumar,
Mishra Yogendra Kumar,
Ahuja Rajeev,
Ledoux Gilles, Mishra Shashank
Inorganic Chemistry. 2020 59(11). p.7727
Syntheses of complex sulfides AgCuS and Ag3CuS2 from the elements under hydrothermal conditions
TOKUHARA Yoshimi,
TEZUKA Keitaro,
SHAN Yue Jin, IMOTO Hideo
Journal of the Ceramic Society of Japan. 2009 117(1363). p.359
Synthesis and ammonia sensing property of Ag3CuS2 nanocages obtained from Cu7S4 18-facet hollow nanopolyhedra
Chen Zhangxian,
Zhang Weixin, Yang Zeheng
Journal of Crystal Growth. 2009 311(12). p.3347
ChemInform Abstract: Crystal Structure Determination of Ag3CuS2 from Powder X‐Ray Diffraction Data.
BAKER C. L.,
LINCOLN F. J., JOHNSON A. W. S.
ChemInform. 1992 23(45).
The crystal structure and compositional range of mckinstryite
Kolitsch U.
Mineralogical Magazine. 2010 74(1). p.73
Electronic Structure of Ag2Cu2O4. Evidence of Oxidized Silver and Copper and Internal Charge Delocalization
Muñoz-Rojas D.,
Subías G.,
Fraxedas J.,
Gómez-Romero P., Casañ-Pastor N.
The Journal of Physical Chemistry B. 2005 109(13). p.6193
Reduction of working temperature for the large magnitude in thermoelectric dimensionless figure of merit of Ag2−x
Cu
x
S
Sato Kosuke,
Kim Gareoung,
Murase Koki,
Singh Saurabh,
Hirata Keisuke,
Byeon Dogyun,
Matsunami Masaharu, Takeuchi Tsunehiro
Japanese Journal of Applied Physics. 2023 62(11). p.111002
Synthesis and Crystal Structure of the Trigonal Silver(I) Dithioaurate(I), Ag3AuS2
Seryotkin Yu. V.,
Bakakin V. V.,
Pal’yanova G. A., Kokh K. A.
Crystal Growth & Design. 2011 11(4). p.1062
Band Structure, Phonon Spectrum and Thermoelectric Properties of Ag3CuS2
Pshenay-Severin Dmitry,
Guin Satya Narayan,
Konstantinov Petr,
Novikov Sergey,
Rathore Ekashmi,
Biswas Kanishka, Burkov Alexander
Materials. 2023 16(3). p.1130
