Russian Journal of Inorganic Chemistry, Tập 42,Trang 1449-1974Chemical Society., 1997 |
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Kết quả 1-3 trong 52
Trang 1548
... band at 700 nm and the Soret band , which is presumably caused by a strengthening of the interaction between the metalloporphyrin and the pro- ton in the ( Ac ) TITPP ... Holy H - associate . In contrast with metalloporphyrins , free ...
... band at 700 nm and the Soret band , which is presumably caused by a strengthening of the interaction between the metalloporphyrin and the pro- ton in the ( Ac ) TITPP ... Holy H - associate . In contrast with metalloporphyrins , free ...
Trang 1562
... bands in the far IR. Band assignment Complex Ligand bands ag a * b18 a * PtCl2 ( Bu2S ) [ 4 ] 43500 41300 28900 20800 39400 PtCl2 ( OTA ) 2 * [ 24 ] 43200 sh 31000 sh 26500 sh 41300 s 40000 sh LI 44000 m 40000 s PtCl2 ( L1 ) 2 44000 w ...
... bands in the far IR. Band assignment Complex Ligand bands ag a * b18 a * PtCl2 ( Bu2S ) [ 4 ] 43500 41300 28900 20800 39400 PtCl2 ( OTA ) 2 * [ 24 ] 43200 sh 31000 sh 26500 sh 41300 s 40000 sh LI 44000 m 40000 s PtCl2 ( L1 ) 2 44000 w ...
Trang 1563
... bands of L , and its complexes [ 3 , 19 , 20 , 28 , 29 ] . An intense absorption band at 1500 cm - 1 in the IR spectrum of free L , undergoes the greatest shift to the high - fre- quency region , to 1560 cm in the spectrum of Pt2Cl4 ( L ) ...
... bands of L , and its complexes [ 3 , 19 , 20 , 28 , 29 ] . An intense absorption band at 1500 cm - 1 in the IR spectrum of free L , undergoes the greatest shift to the high - fre- quency region , to 1560 cm in the spectrum of Pt2Cl4 ( L ) ...
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First International Workshop Sulfurous Compounds and the Environment | 1448 |
Vol 42 No 10 | 1449 |
Magnetoresistive Manganites La0 67Ca0 33MnO3 and La0 60Y0 07Ca0 33MnO3 | 1461 |
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absorption Academy acid addition analysis angles anions aqueous atoms band bonds calculated cations changes characteristic Chem chemical Chemistry cm-¹ complex components composition compounds concentration constant containing coordination Copyright corresponding crystal structure curve decrease dependence described determined distances effect electronic energy equilibrium experimental formation given H₂O heat hydrogen bonds increase indicate Inorganic Institute intensity interaction ions Khim ligand measured melting metal method molecules Moscow Neorg nitrogen observed obtained occurs Original oxide parameters pattern peak phase plane polyhedra polyhedron positions powder prepared present properties Publishing range ratio reaction REFERENCES refined reflections region respectively Russian salt samples Sciences shifts shows similar solid solutions solubility solution space group spectra spectrum studied synthesis Table temperature thermal tion trans transition Translation unit cell values vibrations