Quarterly Journal of the Chemical Society of London, Issue 1, Pages 1-776 |
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Page 270
Raman Spectra of Guest Molecules in ẞ - Quinol Clathrates By J. E. D. DAVIES ( Department of Chemistry , University of Lancaster , Lancaster , Lancashire ) Summary The Raman spectra of SO2 , C2H2 , H2S , and HCl as guest molecules in B ...
Raman Spectra of Guest Molecules in ẞ - Quinol Clathrates By J. E. D. DAVIES ( Department of Chemistry , University of Lancaster , Lancaster , Lancashire ) Summary The Raman spectra of SO2 , C2H2 , H2S , and HCl as guest molecules in B ...
Page 272
Raman Spectra of Guest Molecules in ẞ - Quinol Clathrates By J. E. D. DAVIES ( Department of Chemistry , University of Lancaster , Lancaster , Lancashire ) Summary The Raman spectra of SO , C2H2 , H2S , and HCl as guest molecules in B ...
Raman Spectra of Guest Molecules in ẞ - Quinol Clathrates By J. E. D. DAVIES ( Department of Chemistry , University of Lancaster , Lancaster , Lancashire ) Summary The Raman spectra of SO , C2H2 , H2S , and HCl as guest molecules in B ...
Page 337
Summary The i.r. spectra for HX , xH2O ( X = Cl , Br ; x = 1-4 ) and evidence for the existence of the complex HC1,4H , O are reported ; the spectra of the dihydrates show the presence of a very strong central hydrogen bond in H ...
Summary The i.r. spectra for HX , xH2O ( X = Cl , Br ; x = 1-4 ) and evidence for the existence of the complex HC1,4H , O are reported ; the spectra of the dihydrates show the presence of a very strong central hydrogen bond in H ...
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Contents
Page | 1 |
Electrochemical Indications of New Oxidation States in Transitionmetal Dicarbollide Complexes | 8 |
Synthesis of a 1026Pyridinophane by U K GEORGI and J RÉTEY | 32 |
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acetate acid addition alcohol Amer analysis appears aromatic assigned atoms band bond calculated carbon carbonyl Chem Chemical Chemistry chloride chromatography co-ordination Comm complexes compounds concentration configuration confirmed consistent constants containing corresponding coupling Crystal Department of Chemistry derivatives determined effect electron ester ether evidence expected experiments Figure followed formation formed gave give hydrogen indicate intermediate involving isolated ligand mass measured mechanism metal method methyl mixture molecular molecule n.m.r. spectrum nitrogen observed obtained occurs oxidation oxygen peak position possible prepared presence protons radical ratio reaction rearrangement Received recently reduction relative reported Research resonance respectively ring Scheme shift shown shows signals similar solution solvent space group spectra spectrum structure studies substituted suggested Summary synthesis Table temperature Tetrahedron Letters thank tion University values X-ray yield