Quarterly Journal of the Chemical Society of London, Volume 7 |
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Page 1046
... intensity as in Co ( NH3 ) Cl , at 20kк . It is not possible to define a molar extinction coefficient for the intermolecular charge - transfer band since it is not clear how to determine the molar concentration of the chromo- phore for ...
... intensity as in Co ( NH3 ) Cl , at 20kк . It is not possible to define a molar extinction coefficient for the intermolecular charge - transfer band since it is not clear how to determine the molar concentration of the chromo- phore for ...
Page 1539
... intensity is contained in the observed band ( HMO theory suggests that it is divided into two closely spaced equal parts ) ; furthermore , HMO theory usually predicts values about three times too high for the intensities of transitions ...
... intensity is contained in the observed band ( HMO theory suggests that it is divided into two closely spaced equal parts ) ; furthermore , HMO theory usually predicts values about three times too high for the intensities of transitions ...
Page 1572
... intensity of all cyclic ions in the tetrameric compound is comparable with that in the trimer , a greater proportion ... intensity of the molecular ion PN Br10 has increased and the base ion still arises through loss of a bromine atom ...
... intensity of all cyclic ions in the tetrameric compound is comparable with that in the trimer , a greater proportion ... intensity of the molecular ion PN Br10 has increased and the base ion still arises through loss of a bromine atom ...
Contents
Inorganic physical and theoretical chemistry | 1001 |
The oxidation of some phosphinesubstituted chromium carbonyls | 1007 |
The preparation and magnetic properties of some oxybridged binuclear ironII Schiffbase complexes | 1014 |
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absorption acetone acid adduct alcohol Amer amine aqueous assigned ation atoms bands benzene bond bromide Calc calculated carbon carbonyl cell Chem Chemistry chloride chloroform cm.¹ co-ordinated cobalt cobalt(II complexes compounds concentration coupling constants crystals cyanide D.Sc decomposition derivatives dichloromethane dimeric electron electron spin resonance energy equation ethanol ether EXPERIMENTAL Figure formation formed Found groups H₂O halides heat hydrogen hydrogen chloride hydrolysis indium(III infrared infrared spectrum Inorg intensity iodide kcal kcal./mole kilchoanite ligand liquid magnetic measured metal methyl mixture mmoles modes mole molecular molecules n.m.r. spectra nickel nitrate nitrogen Nujol observed obtained orbital oxidation oxygen palladium parameters perchlorate phosphine Phys platinum(II potassium precipitate prepared proton pyridine Raman reaction recrystallised resonance room temperature salts sample selenophen shows similar sodium solid soluble solution solvent species spectra structure sulphur symmetry Table thermal trans values vibrations yellow yield