Quarterly Journal of the Chemical Society of London, Issue 12, Page 1935 - Issue 16, Page 2698 |
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Results 1-3 of 70
Page 1997
... angles between symmetry- related oxygen atoms are italicised OKO angles ( degrees , with standard deviations 0.1 ° , by X - rays ; 0.3 ° by neutrons ) O ( iv ) O ( 2 ) O ( 21 ) K ... O distances ( Å ) O ( IIV ) O ( 11 ) 0 K + 2.810 ( 2 ) ...
... angles between symmetry- related oxygen atoms are italicised OKO angles ( degrees , with standard deviations 0.1 ° , by X - rays ; 0.3 ° by neutrons ) O ( iv ) O ( 2 ) O ( 21 ) K ... O distances ( Å ) O ( IIV ) O ( 11 ) 0 K + 2.810 ( 2 ) ...
Page 1999
... angles , but owing to the m - symmetry , only 27 oxygen atom of the water molecule , O ( 3 ) , lie in the mirror- plane at y c / 4 . = The structure is of Type A2 . The hydrogen succinate anion ( conventionally , OCCH2 · CH2 · CO2H ) ...
... angles , but owing to the m - symmetry , only 27 oxygen atom of the water molecule , O ( 3 ) , lie in the mirror- plane at y c / 4 . = The structure is of Type A2 . The hydrogen succinate anion ( conventionally , OCCH2 · CH2 · CO2H ) ...
Page 2333
... angles of ca. 116 , 133 , and 83 ° . The distortion of the last two , however , is due to the inability of the bidentate ligand group to make a chelating angle of 109 ° while at the same time maintain- ing the tetrahedral configurations ...
... angles of ca. 116 , 133 , and 83 ° . The distortion of the last two , however , is due to the inability of the bidentate ligand group to make a chelating angle of 109 ° while at the same time maintain- ing the tetrahedral configurations ...
Contents
COMPLEXES of methyltin isothiocyanates with hetero | 1936 |
a metalligand | 1937 |
W and Nyholm R S 2038 | 1940 |
102 other sections not shown
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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