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Results: 1-11 |
Results: 11
Synthesis and structure of acetonitrile solvates of copper(II) monofluoroacetate and silver(I) trifluoroacetate, [Cu-2(CH2FCOO)(4) center dot 2CH3CN](CH3CN) and Ag-3(CF3COO)(3)(CH3CN)(2)
Authors: Karpova, EV Boltalin, AI Korenev, YM Zakharov, MA Troyanov, SI
Citation: Ev. Karpova et al., Synthesis and structure of acetonitrile solvates of copper(II) monofluoroacetate and silver(I) trifluoroacetate, [Cu-2(CH2FCOO)(4) center dot 2CH3CN](CH3CN) and Ag-3(CF3COO)(3)(CH3CN)(2), RUSS J C CH, 27(4), 2001, pp. 286-291
Thermooxidative degradation of copper monofluoroacetate in zeolite cavities according to the thermogravimetry and EPR spectroscopy data
Authors: Boltalin, AI Knyazeva, EE Zhilinskaya, EA Kurko, D Abukais, A Romanovskii, BV
Citation: Ai. Boltalin et al., Thermooxidative degradation of copper monofluoroacetate in zeolite cavities according to the thermogravimetry and EPR spectroscopy data, RUSS J PH C, 75(2), 2001, pp. 183-189
Synthesis of ammonium hexafluoroindate
Authors: Zakalyukin, RM Boltalin, AI Fedorov, PP
Citation: Rm. Zakalyukin et al., Synthesis of ammonium hexafluoroindate, RUSS J IN C, 46(8), 2001, pp. 1118-1120
Synthesis and crystal structure of alkali metal hydrogen fluoroacetates Rb[H(CF3COO)(2)] and M[H(CH2FCOO)(2)] (M = K, Cs)
Authors: Karpova, EV Boltalin, AI Korenev, YM Kemnitz, E Troyanov, SI
Citation: Ev. Karpova et al., Synthesis and crystal structure of alkali metal hydrogen fluoroacetates Rb[H(CF3COO)(2)] and M[H(CH2FCOO)(2)] (M = K, Cs), RUSS J C CH, 26(7), 2000, pp. 456-463
Synthesis and X-ray diffraction analysis of copper(II) fluoroacetates Cu(CF3COO)(2) and Cu(CHF2COO)(2)center dot 0.5H(2)O containing polymeric chainsin their structures
Authors: Karpova, EV Boltalin, AI Korenev, YM Troyanov, SI
Citation: Ev. Karpova et al., Synthesis and X-ray diffraction analysis of copper(II) fluoroacetates Cu(CF3COO)(2) and Cu(CHF2COO)(2)center dot 0.5H(2)O containing polymeric chainsin their structures, RUSS J C CH, 26(5), 2000, pp. 361-366
Preparation of highly dispersed copper oxide by thermal destruction of binuclear Cu-II monofluoroacetate in zeolite Y cavities
Authors: Boltalin, AI Knyazeva, EE Zhilinskaya, EA Courcot, D Aboukais, A Romanovsky, BV
Citation: Ai. Boltalin et al., Preparation of highly dispersed copper oxide by thermal destruction of binuclear Cu-II monofluoroacetate in zeolite Y cavities, RUSS CHEM B, 49(8), 2000, pp. 1365-1368
Ionic conductivity of fluoroaluminoindate glasses
Authors: Sorokin, NI Zakalyukin, RM Glazunova, TY Boltalin, AI Fedorov, PP Sobolev, BP
Citation: Ni. Sorokin et al., Ionic conductivity of fluoroaluminoindate glasses, INORG MATER, 36(8), 2000, pp. 842-843
Lithium and rubidium hydrogen monofluoroacetates, M[H(CH2FCOO)(2)]: Synthesis, crystal structure, and hydrogen bonding
Authors: Karpova, EV Boltalin, AI Korenev, YM Kemnits, E Troyanov, SI
Citation: Ev. Karpova et al., Lithium and rubidium hydrogen monofluoroacetates, M[H(CH2FCOO)(2)]: Synthesis, crystal structure, and hydrogen bonding, RUSS J C CH, 25(2), 1999, pp. 98-104
Silver(I) mono- and trifluoroacetates: Thermal stability and crystal structure
Authors: Karpova, EV Boltalin, AI Korenev, YM Troyanov, SI
Citation: Ev. Karpova et al., Silver(I) mono- and trifluoroacetates: Thermal stability and crystal structure, RUSS J C CH, 25(1), 1999, pp. 65-68
Electrical conductivity of PbF2- and InF3-based fluoride glasses
Authors: Sorokin, NI Fedorov, PP Zakalyukin, RM Sobolev, BP Boltalin, AI Val'kovskii, MD
Citation: Ni. Sorokin et al., Electrical conductivity of PbF2- and InF3-based fluoride glasses, INORG MATER, 35(1), 1999, pp. 72-77
The study of the copper(II) trifluoroacetate sublimation
Authors: Karpova, EV Boltalin, AI Korenev, YM
Citation: Ev. Karpova et al., The study of the copper(II) trifluoroacetate sublimation, ZH NEORG KH, 43(5), 1998, pp. 796-799
Risultati: 1-11 |