Quarterly Journal of the Chemical Society of London, Issue 12, Page 1935 - Issue 16, Page 2698 |
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Page 2057
... similar and a possible configuration has been suggested.1 The range of heats of formation measured here is strikingly similar to that of Choi and Brown 3 for a series of complexes of aluminium bromide with the same aro- matic molecules ...
... similar and a possible configuration has been suggested.1 The range of heats of formation measured here is strikingly similar to that of Choi and Brown 3 for a series of complexes of aluminium bromide with the same aro- matic molecules ...
Page 2068
... similar to that assigned to PO , F , 11 ( Table 3 ) . Furthermore , if the apparent spin - densities on fluorine and chlorine are derived from the isotropic hyperfine coupling constants using the method of ref . 12 , they both give very ...
... similar to that assigned to PO , F , 11 ( Table 3 ) . Furthermore , if the apparent spin - densities on fluorine and chlorine are derived from the isotropic hyperfine coupling constants using the method of ref . 12 , they both give very ...
Page 2261
... similar to com- parisons of sodium and chloride ions in solution.22 On TABLE 7 Total frictional interactions of ... similar situation within the membrane would again leave changes in tortuosity as the dominant effect of expansion . The ...
... similar to com- parisons of sodium and chloride ions in solution.22 On TABLE 7 Total frictional interactions of ... similar situation within the membrane would again leave changes in tortuosity as the dominant effect of expansion . The ...
Contents
COMPLEXES of methyltin isothiocyanates with hetero | 1936 |
a metalligand | 1937 |
W and Nyholm R S 2038 | 1940 |
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Common terms and phrases
¹H n.m.r. spectra absorption acetone acid Acta Cryst adducts Amer analogous angles anion anisotropic aqueous assigned band benzene bromide calculated carbon carbonyl cation cell Chem chemical shift Chemistry chloride cm-¹ cm¹ co-ordination cobalt cobalt(II complexes compounds concentration constant crystallised crystals cyclopentadienyl derivatives dichloromethane distances electron equation Et,P ethanol ether EXPERIMENTAL factors Figure five-co-ordinate given in Table H₂O halides hexafluorophosphate hydrogen bonds i.r. spectra Inorg intensity iodide ionic ligand liquid mesitylene metal methyl mixture mmol molal molecular molecule Mössbauer nickel nickel(II nitrate nitrogen nitromethane observed obtained orbital oxygen atoms parameters phosphine Phys plane platinum potassium prepared protons quadrupole splitting Raman reaction refinement resonance salt shown shows similar sodium solid solution solvent solvent was removed space group species spectrum standard deviations structure symmetry tetrahedral tetrahydrofuran thallium thallium(1 trans triphenylphosphine vacuo values vibration X-ray yellow