Russian Journal of Inorganic Chemistry, Tập 47,Số phát hành 5-8British Library Lending Division with the cooperation of the Royal Society of Chemistry, 2002 |
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... carbonate are topo- logically equivalent . This is the case for simple sulfates [ 1 ] . For example , the LGs of the Be and S atoms in the BeSO4 structure have the same topology and the sulfate itself is isotypic with cristobalite ...
... carbonate are topo- logically equivalent . This is the case for simple sulfates [ 1 ] . For example , the LGs of the Be and S atoms in the BeSO4 structure have the same topology and the sulfate itself is isotypic with cristobalite ...
Trang 999
... carbonates and A , X , binary compounds by the scheme M A ; CO3 Carbonate A , X * LG CN N1 N2 N3 MCO3 ( M = Ca , Cd , Ni , Mn , NaCl M , A 6 18 66 146 Fe , Zn , Co , Mg ) ** CO3 , X 6 18 66 146 M2CO3 ( M = K ( a- , B- ) , Rb ) BaF2 ...
... carbonates and A , X , binary compounds by the scheme M A ; CO3 Carbonate A , X * LG CN N1 N2 N3 MCO3 ( M = Ca , Cd , Ni , Mn , NaCl M , A 6 18 66 146 Fe , Zn , Co , Mg ) ** CO3 , X 6 18 66 146 M2CO3 ( M = K ( a- , B- ) , Rb ) BaF2 ...
Trang 1003
... carbonate groups are able to bind to 8 to 11 M + ions . As a result , the CO2 anions in alkali - metal carbonates do not contact one another ( the distances between oxygen atoms of neighboring carbonate groups is 3.3 Å on average ...
... carbonate groups are able to bind to 8 to 11 M + ions . As a result , the CO2 anions in alkali - metal carbonates do not contact one another ( the distances between oxygen atoms of neighboring carbonate groups is 3.3 Å on average ...
Nội dung
Vol 47 No 5 | 611 |
Superconductor Phases Bi₂Sr₂CaCu2O8+ 8 and BiPb2Sг₂Ca₂Cu3O10+8 | 620 |
Preparation of Technetium Metal for Transmutation into Ruthenium | 637 |
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absorption acid activator addition analysis angles anions appear atoms band bismuth bond calculated carbonate cations charge Chem chemical Chemistry cm-¹ complexes composition compounds concentration constants containing coordination Copyright corresponding crystal curves decomposition decrease described determined distances effect electronic elements energy equilibrium experimental formation function heating hydrogen increase initial Inorganic Institute interaction ionic ions Journal Khim ligand measured melt metal method mixture molecules Moscow Neorg observed obtained oxides oxygen parameters patterns phase Phys Physics positions powder prepared presence properties range ratio reaction REFERENCES reflections region respectively Russian salts sample shift shows similar sodium solid solid solutions solution space group spectra spectrum stability starting structure studied substitution synthesis Table temperature thermal tion transition unit cell values vibrations X-ray diffraction