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Electron density is a fundamental characteristic of crystals which enables the features of the chemical bond , and fine structural details and their associated properties to be studied . 1,2 By means of precision X - ray diffraction ...
Electron density is a fundamental characteristic of crystals which enables the features of the chemical bond , and fine structural details and their associated properties to be studied . 1,2 By means of precision X - ray diffraction ...
Trang 814
An analogous method has been Ow - H 0.84 and Ow - H2 0.81 Å were usually shorter than used by other authors20 to interpret the deformational electron those obtained from the neutron diffraction data . Therefore the density in ...
An analogous method has been Ow - H 0.84 and Ow - H2 0.81 Å were usually shorter than used by other authors20 to interpret the deformational electron those obtained from the neutron diffraction data . Therefore the density in ...
Trang 1243
in all its principal details , is consistent with the electron density distribution in the perovskite - like crystal of ReOz . ' ( 000 ) for the equilibrium position of the atom , the potential is not determined ( the PDF has a high ...
in all its principal details , is consistent with the electron density distribution in the perovskite - like crystal of ReOz . ' ( 000 ) for the equilibrium position of the atom , the potential is not determined ( the PDF has a high ...
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Contents | 605 |
N Shchegrov N M Antraptseva N V Ryabtseva | 612 |
S A Onorin V V Volkhin M B Khodyashev N D Zakhorov T A Denisova | 620 |
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ABSTRACT according acid activity addition analysis angles anion appearance aqueous solutions atoms bands bond calculated carried cations characteristic Chem chemical Chemistry chloride complexes components composition compounds concentration constants containing coordination copper corresponding crystal crystallisation curves decomposition decrease dependence described determined effect electron energy English translation equilibrium ether experimental extraction Figure formation formed given gives groups heating hydrate hydrogen increase indicates Inorg ions Khim Khimii leads ligand lines mass materials measured metal method mixture molecules Moscow Neorg nitrate observed obtained oxide oxygen parameters phase points positions possible precipitate prepared present properties published range ratio reaction References region respectively Russian salt shows similar solid solutions solubility solution specimens spectra spectrum stability structure studied surface synthesis Table temperature thermal translation in Russ values X-ray diffraction