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This can be explained by the strong coupling of unpaired electrons in the d orbitals localized at the platinum atoms of a ... Therefore , in the reaction media that afford the isola- tion of both types of compounds , electron transfer ...
This can be explained by the strong coupling of unpaired electrons in the d orbitals localized at the platinum atoms of a ... Therefore , in the reaction media that afford the isola- tion of both types of compounds , electron transfer ...
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Π The quantum - chemical calculation of the ligand systems and the inner - salt copper ( II ) complexes based on these ligands showed that chelation is accompanied by a different π- and σ - electron density transfer from the ligands to ...
Π The quantum - chemical calculation of the ligand systems and the inner - salt copper ( II ) complexes based on these ligands showed that chelation is accompanied by a different π- and σ - electron density transfer from the ligands to ...
Trang 1555
As a result of oxygen adsorption , the electron density is donated from Fe2 + iron atoms of the spinel to molecular oxygen , and the latter acquires a negative charge . In a limiting case where one electron is attached to oxygen ...
As a result of oxygen adsorption , the electron density is donated from Fe2 + iron atoms of the spinel to molecular oxygen , and the latter acquires a negative charge . In a limiting case where one electron is attached to oxygen ...
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Vol 41 No 9 | 1349 |
The Cu₂GeTe3CdTe System and the Structure of the Compound Cu₂CdGeTe4 | 1356 |
Ammonium Sodium Tripolyphosphate NH44NaP3O10 4H2O | 1363 |
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absorption according acid activation analysis angles anion appear aqueous atoms band bond calculated cations Chem chemical Chemistry chlorine cm-¹ complex composition compounds concentration containing cooling coordination Copyright corresponding crystals curves decrease dependence determined diagram distances effect electron energy equilibrium experimental fact field formation fraction groups H₂O heating hydrogen increase indicates Inorganic intensity interaction ions Khim layers ligand magnetic measured melting metal method mol/l molecules Moscow Neorg observed obtained occur Original oxidation oxygen atoms parameters patterns peak phase plane positions potassium powder precipitate prepared properties Publishing range ratio reaction REFERENCES region respectively Russian salts samples Sciences shows similar solid solutions solubility solution space group spectra spectrum stable stage structure studied surface synthesis Table temperature thermal tion unit cell values X-ray diffraction