Russian Journal of Inorganic Chemistry, Tập 30,Trang 1247-1839Chemical Society., 1985 |
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Kết quả 1-3 trong 76
Trang 1424
... chemical bonding in the crystals . The covalent character of a chemical bond is usually understood as the increase in the electron density in the space between the interacting atoms as a result of the mixing of their wavefunctions . In ...
... chemical bonding in the crystals . The covalent character of a chemical bond is usually understood as the increase in the electron density in the space between the interacting atoms as a result of the mixing of their wavefunctions . In ...
Trang 1567
... chemical shift is practically the same for all the Mössbauer spectra obtained , and that decrease in the temperature of the absorber and the gamma- quanta source to 90 K leads to an identical increase in the chemical shift in all three ...
... chemical shift is practically the same for all the Mössbauer spectra obtained , and that decrease in the temperature of the absorber and the gamma- quanta source to 90 K leads to an identical increase in the chemical shift in all three ...
Trang 1641
... chemical group . 2n- [ UO2SO4 ] [ UO2F ( SO4 ) ] [ UO2F2 ( SO4 ) 12 the arrange- ment of the structural units changes from a framework to a layer to a chain type . From a crystal - chemical point of view these structural changes can be ...
... chemical group . 2n- [ UO2SO4 ] [ UO2F ( SO4 ) ] [ UO2F2 ( SO4 ) 12 the arrange- ment of the structural units changes from a framework to a layer to a chain type . From a crystal - chemical point of view these structural changes can be ...
Nội dung
Inorganic | 1245 |
brackets correspond to the Russian original | 1403 |
Journal | 1559 |
Bản quyền | |
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1984 Translated absorption acetonitrile acid anions aqueous solution atoms bands bond calculated cations Chem chemical Chemistry chloride cm¹ cobalt cobalt(II complexes components composition compounds concentration constant containing coordination copper(II corresponding crystallisation crystals curves decrease determined electron endothermic equilibrium diagram eutectic experimental extraction Figure formation formed groups H₂O heating hydrated hydrogen increase infrared spectra Inorg ionic ions iron(III isothermal Khim Khimiya lanthanide lattice ligand liquid magnesium melts metal method mixture mole mole¹ molecules molybdates molybdenum Moscow Nauk SSSR Neorg nitrate obtained oxide oxygen palladium(II parameters platinum(II potassium range ratio reaction rhodium rhodium(III Russ Russ.J salt shows sodium solid phases solid solutions solubility solvent specimens spectra spectrum stability structure studied synthesis Table temperature terbium ternary thermal analysis thermal decomposition thermodynamic tion Translated from Zhurnal values vanadium wavenumbers X-ray diffraction X-ray diffraction patterns Zhur Zhur.Neorg Zhurnal Neorganicheskoi Khimii