Volume Information Source: Proceedings of the Royal Society of London. Series A, Mathematical and Physical Sciences, Vol. 169, No. 939 (Mar. 7, 1939), pp. 587-590 Published by: The Royal Society Stable URL: http://www.jstor.org/stable/97155 . Accessed: 08/05/2014 05:51 Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at . http://www.jstor.org/page/info/about/policies/terms.jsp . JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range of content in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new forms of scholarship. For more information about JSTOR, please contact [email protected]. . The Royal Society is collaborating with JSTOR to digitize, preserve and extend access to Proceedings of the Royal Society of London. Series A, Mathematical and Physical Sciences. http://www.jstor.org This content downloaded from 169.229.32.137 on Thu, 8 May 2014 05:51:17 AM All use subject to JSTOR Terms and Conditions
Transcript
Volume InformationSource: Proceedings of the Royal Society of London. Series A, Mathematical and PhysicalSciences, Vol. 169, No. 939 (Mar. 7, 1939), pp. 587-590Published by: The Royal SocietyStable URL: http://www.jstor.org/stable/97155 .
Accessed: 08/05/2014 05:51
Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at .http://www.jstor.org/page/info/about/policies/terms.jsp
.JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range ofcontent in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new formsof scholarship. For more information about JSTOR, please contact [email protected].
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The Royal Society is collaborating with JSTOR to digitize, preserve and extend access to Proceedings of theRoyal Society of London. Series A, Mathematical and Physical Sciences.
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Address of the President (Bragg), 1. Adsorption of double molecules, theory (Chang), 512. Agar (J. N.) and Bowden (F. P.) The kinetics of electrode reactions. I and II,
206. Aickin (R. G.), Baylis (N. S.) and Rees (A. L. G.) The effect of solvents on the
continuous absorption spectrum of bromine, 234. Airscrew sound waves, photography of (Hilton), 174. Allibone (T. E.) and Meek (J. M.) The development of the spark discharge. II,
246. Allmand (A. J.) See Lizius and Allmand. Ammonia in water, basic strength of (Everett and Wynne-Jones), 190. Ammonium ion, dissociation of (Everett and Wynne-Jones), 190. Arnot (F. L.) and M'Ewen (M. B.) Electron transfer in mercury vapour, 437.
Bakerian Lecture (Ingold), 149. Band spectrum of silicon monosulphide (Barrow and Jevons), 45'. Barrow (R. F.) and Jevons (W.) The band spectrum of silicon monosulphide
and its relation to the band spectra of similar molecules, 45. Baylis (N. S.) See Aickin and others. Benzene, structure of (Ingold), 149. Bowden (F. P.) and Leben (L.) The nature of sliding and the analysis of
friction, 371. Bowden (F. P.) and Tabor (D.) The area of contact between stationary and
between moving surfaces, 391. Bowden (F. P.) See Agar and Bowden. Bradfield (K. N. E.), Christopherson (D. G.) and Southwell (R. V.) Relaxation
methods applied to engineering problems. IV. Problems relating to elastic stability and vibrations, 289.
Bragg (Sir William) Address of the President, 1. Bromine absorption spectrum, effect of solvents on (Aickin and others), 234. Buckingham (R. A.) See Massey and Buckingham.
Cameron (W. H. B.) and Elliott (A.) The emission band spectrum of chlorine. III, 463.
Carbon bisulphide and water vapour, sorption of (Lizius and Ailmand), 25. Chang (T. S.) Statistical theory of the adsorption of double molecules, 512. Childs (W. H. J.) and Jahn (H. A.) A new Coriolis perturbation in the methane
spectrum. III, 451. Childs (W. H. J.) and Jahn (H. A.) The spectrum of mono-deuteromethane in
photographic infra-red. I. Preparation of the gas, and measurements of a simple band at 9021 cm.-1, 428.
Christopherson (D. G.) See Bradfield and others. Co-operative assemblies, statistical mechanics of (Guggenheim), 134. Coriolis perturbation in the methane spectrum (Childs and Jahn), 451. Cosmic-ray particles, scattering (Williams), 531.
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Coulson (C. A.) The electronic structure of some polyenes and aromatie molecules. VII. Bonds of fractional order by the molecular orbital method, 413.
Critical and co-operative phenomena (Lennard-Jones and Devonshire), 317. Curran (S. C.), Dee (P. I.) and Petrzllka (V.) The excitation of X-radiation in
process of proton capture by light elements, 269.
Dee (P. I.) See Curran and others. Devonshire (A. F.) See Lennard-Jones and Devonshire. Diffusion of radon gas mixtures (Hirst and Harrison), 573. Dynamical continuum, Hamilton-Jacobi theory (Weiss), 102.
Elastic stability and vibrations, problems (Bradfield and others), 289. Electrode reactions, kinetics of (Agar and Bowden), 206. Electro-dynamics, Hamilton-Jacobi theory, 119. Electron ferromagnetism (Stoner), 339. Electron transfer in mercury vapour (Arnot and M'Ewen), 437. Electrons, fast, scattering (Williams), 531. Elliott (A.) A band spectrum attributed to NBr, 469. Elliott (A.) See Cameron and Elliott. Energy and specific heat (Stoner), 339. Everett (D. H.) and Wynne-Jones (W. F. K.) The dissociation of the ammonium
ion and the basic strength of ammonia in water, 190.
Friction, analysis of (Bowden and Leben), 371.
Guggenheim (E. A.) The statistical mechanics of co-operative assemblies, 134.
Hamilton-Jacobi theory (Weiss), 102, 119. Harrison (G. E.) See Hirst and Harrison. Helium, low temperature properties of (Massey and Buckingham), 205. Hilton (W. F.) The photography of airscrew sound waves, 174. Hirst (W.) and Harrison (G. E.) The diffusion of radon gas mixtures, 573.
Ingold (C. K.) The Bakerian Lecture. The structure of benzene, 149. Ionic recombination in air (Sayers), 83.
Jahn (H. A.) See Childs and Jahn. Jevons (W.) See Barrow and Jevons.
Lennard-Jones (J. E.) and Devonshire (A. F.) Critical and co-operative phenomena. III. A theory of melting and the structure of liquids, 317.
Leben (L.) See Bowden and Leben. Lizius (J. L.) and Allmand (A. J.) The simultaneous sorption of carbon bi-
sulphide and water vapour by activated charcoals, 25.
M'Ewen (M. B.) See Arnot and M'Ewen. Massey (H. S. W.) and Buckingham (R. A.) The low temperature properties of
gaseous helium, 205.
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Meek (J. M.) See Allibone and Meek. Melting, and structure of liquids, a theory of (Lennard-Jones and. Devonshire),
317. Molecular orbital method (Coulson), 413. Mono-deuteromethane, spectrum in photographic infra-red (Childs and Jahn),
428.
Paraffin wax, polar molecules in (Sillars), 66. PetrNilka (V.) See Curran and others. Polar molecules in solid paraffin wax, behaviour of (Sillars), 66. Polyenes and aromatic molecules, electronic structure of (Coulson), 413. Presidential Address (Bragg), 1. Price (W. C.) and Simpson (D. M.) The absorption spectra of carbon dioxide
and carbon oxysulphide in the vacuum ultra-violet, 501. Proton capture by light elements (Curran and others), 269.
Rees (A. L. G.) See Aickin and others. Relaxation methods applied to engineering problems (Bradfield and others),
289. Relaxation methods applied to linear systems (Temple), 476.
Sayers (J.) Ionic recombination in air, 83. Silicon monosulphide, band spectrum of (Barrow and Jevons), 45. Sillars (R. W.) The behaviour of polar molecules in solid paraffin wax, 66. Simpson (D. M.) See Price and Simpson. Sliding, the nature of (Bowden and Leben), 371. Solvents, effect on continuous absorption spectrum of bromine (Aickin and
others), 234. Sorption of carbon bisulphide and water vapour by activated charcoals (Lizius
and Allmand), 25. Southwell (R. V.) See Bradfield and others. Spark discharge, development of (Allibone and Meek), 246. Spectra, absorption, of carbon dioxide and oxysulphide (Price and Simpson),
502. Spectrum, band, attributed to NBr (Elliott), 469. Spectrum of chlorine, emission band (Cameron and Elliott), 463. Stoner (E. C.) Collective electron ferromagnetism. II. Energy and specific
heat, 339. Surfaces, moving and stationary, area of contact between (Bowden and Tabor),
391.
Tabor (D.) See Bowden and Tabor. Temple (G.) The general theory of relaxation methods applied to linear
systems, 476.
Weiss (P.) On the Hamilton-Jacobi theory and quantization of a dynamical continuum, 102.
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