Volume Information Source: Proceedings of the Royal Society of London. Series A, Mathematical and Physical Sciences, Vol. 203, No. 1075 (Oct. 24, 1950), pp. 583-586 Published by: The Royal Society Stable URL: http://www.jstor.org/stable/98530 . Accessed: 05/05/2014 20:54 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 62.122.78.41 on Mon, 5 May 2014 20:54:08 PM All use subject to JSTOR Terms and Conditions
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Volume InformationSource: Proceedings of the Royal Society of London. Series A, Mathematical and PhysicalSciences, Vol. 203, No. 1075 (Oct. 24, 1950), pp. 583-586Published by: The Royal SocietyStable URL: http://www.jstor.org/stable/98530 .
Accessed: 05/05/2014 20:54
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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Adsorption of surface-active agents (Salley et al.), 42. Alloy formation (Frost & Raynor), 132. Argyle, Ann A. See Salley, Weith, Argyle & Dixon. Arlman, E. J. & Melville, H. W. Studies in copolymerization. The evaluation of the
kinetic coefficients for the system stryrene-butyl acrylate, 301. Ashmore, P. G. & Norrish, R. G. W. A study of sensitized explosions. VIII. Experimental
work on the hydrogen-oxygen reaction sensitized by chloropicrin, 454. Ashmore, P. G. & Norrish, R. G. W. A study of sensitized explosions. IX. Experimental
work on the sensitization of ignitions of hydrogen-chlorine mixtures by chloropicrin, 472.
A study of sensitized explosions. VIII. Experimental work on the hydrogen-oxygen reaction sensitized by chloropicrin (Ashmore & Norrish), 454.
A study in sensitized explosions. IX. Experimental work on the sensitization of ignitions of hydrogen-chlorine mixtures by chloropicrin (Ashmore & Norrish), 472.
Athermal binary solutions, entropies of mixing (Guggenheim & McGlashan), 435. Atkins, K. R. Liquid helium films. I. The thickness of the film, 119. Atkins, K. R. Liquid helium films. II. The flow of the film, 240. Atmospheric turbulence, fine structure (Richardson), 149. Atomic theory of elasticity (Huang), 178. Axisymmetric turbulence, decay (Chandrasekhar), 358.
Bakerian Lecture. Physics above 20,000 kg./cm.2 (Bridgman), 1. Bell, R. P. & Long, D. A. Polarizability and internuclear distance in the hydrogen mole-
cule and molecule-ion, 364. Bell Telephone Laboratories-an example of an institute of creative technology (Kelly),
287. Booth, F. The cataphoresis of spherical, solid non-conducting particles in a symmetrical
electrolyte, 514. Booth, F. The electroviscous effect for suspensions of solid spherical particles, 533. Bose-Einstein condensation (de Groot, Hooyman & ten Seldam), 266. Bragg, Sir Lawrence, Kendrew, J. C. & Perutz, M. F. Polypeptide chain configurations in
crystalline proteins, 321. Bridgman, P. W. Physics above 20,000 kg./cm.2 (Bakerian Lecture), 1.
Carman, P. C. Diffusion and flow of gases and vapours through micropores. I. Slip flow and molecular streaming, 55.
Carman, P. C. & Malherbe, P. le R. Diffusion and flow of gases and vapours through micropores. II. Surface flow, 165.
Chandrasekhar, S. The decay of axisymmetric turbulence, 358. Cherry, T. M. Exact solutions for flow of a perfect gas in a two-dimensional Laval nozzle,
551. Chester, W. The propagation of a sound pulse in the presence of a semi-infinite, open-ended
channel. II. 33. Conductivity of metals (MacDonald & Sarginson), 223. Copolymerization studies (Arlman & Melville), 301.
Decay of axisymmetric turbulence (Chandrasekhar), 358. de Groot, S. R., Hooyman, G. J. & ten Seldam, C. A. On the Bose-Einstein condensation,
266. Derivation of a model solar chromosphere from radio data (Piddington), 417.
[ 583 ]
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Diffusion and flow of gases and vapours through micropores. I. Slip flow and molecular streaming (Carman), 55.
Diffusion and flow of gases and vapours through micropores. II. Surface flow (Carman & Malherbe), 165.
Dixon, J. K. See Salley, Weith, Argyle & Dixon.
Eigenfunction problems with periodic potentials (Titchmarsh), 501. Elasticity, atomic theory (Huang), 178. Emission of heavy fragments in nuclear explosions (Perkins), 399. Entropies of mixing in certain athermal binary solutions (Guggenheim & McGlashan),
435. Exact solutions for flow of a perfect gas in a two-dimensional Laval nozzle (Cherry), 551.
Field variation of the superconducting penetration de-pth (Pippard), 210. Fine structure of atmospheric turbulence in relation to the propagation of sound over the
ground (Richardson,) 149. Flow of a perfect gas (Cherry), 551. Frost, B. R. T. & Raynor, G. V. The system silver-magnesium-antimony, with reference
to the theory of alloy formation, 132.
Garrett, C. G. B. The nuclear specific heat in paramagnetic cupric salts at temperatures below 10 K. I. Thermodynamic measurements made from a study of the field- dependence of the adiabatic susceptibility, 375.
Garrett, C. G. B. The nuclear specific heat in paramagnetic cupric salts at temperatures below 10 K. II. The nuclear specific heat, 392.
Gulggeniheim, E. A. & McGlashan, M. L. Entropiss of mixing in certain athermal binary solutions, 435.
Guggenheim, E. A. & Wisemian, L. A. Kinetic salt effects on the inversion of sucrose, 17.
Helium, liquid films (Atkins), 119, 240. Hinshelwood, Sir Cyril. See Ingold, Stubbs & Hinshelwood. Hooyman, G. J. See de Groot, Hooyman & ten Seldam. Huang, K. On the atomic theory of elasticity, 178.
Ingold, K. U., Stubbs, F. J. & Hinshelwood, Sir Cyril. The kinetics of the thermal decom- position of normal paraffin hydrocarbons. III. Acti-vation energies and possible mechanisms of molecular reactions, 486.
Kelly, M. J. The Bell Telephone Laboratories-an example of an institute of creative technology, 287.
Kendrew, J. C. See Bragg, Kendrew & Perutz. Kinetic salt effects on the inversion of sucrose (Guggenheim & Wiseman), 17.
Liquid helium films. I. The thickness of the film (Atkins), 119. Liquid helium films. II. The flow of the film (Atkins), 240. Long, D. A. See Bell & Long.
MacDonald, D. K. C. & Sarginson, K. Size effect variation of the electrical conductivity of metals, 223.
Malherbe, P. le R. See Carman & Malherbe. McGlashan, M. L. See Guggenheim & McGlashan. Measurement of the adsorption of surface-active agents at a solution/air interface by a
radiotracer method (Salley, Weith, Argyle & Dixon), 42. Meksyn, D. Stability of viscous flow over concave cylindrical surfaces, 253. Melville, H. W. See Arlman & Melville. Micropores, flow of gases through (Carman), 55. Micropores, flow of gases through (Carman & Malherbe), 165.
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Norrish, R. G. W. See Ashmore & Norrish. Nuclear explosions, emission of heavy fragments (Perkins), 399. Nuclear specific heat in paramagnetic cupric salts at temperatures below 1? K (Garrett).
I. Thermodynamic measurements made from a study of the field-dependence of the adiabatic susceptibility, 375.
Nuclear specific heat in paramagnetic cupric salts at temperatures below 1? K (Garrett). 1I. The nuclear specific heat, 392.
Paraffin hydrocarbons, thermal decomposition (Ingold, Stubbs & Hinshelwood), 486. Paramagnetic cupric salts, nuclear specific heat (Garrett), 375, 392. Perkins, D. H. Emission of heavy fragments in nuclear explosions, 399. Perutz, M. F. See Bragg, Kendrew & Perutz. Physics above 20,000kg./cm.2 (Bakerian Lecture), (Bridgman), 1. Piddington, J. H. The derivation of a model solar chromosphere from radio data, 417. Pippard, A. B. Field variation of the superconducting penetration depth, 210. Pippard, A. B. The surface impedance of superconductors and normal metals at high
frequencies. IV. Impedance at 9400 Mc./sec. of single crystals of normal and super- conducting tin, 98.
Pippard, A. B. The surface impedance of superconductors and normal metals at high frequencies. V. Analysis of experimental results for superconducting tin, 195.
Polarizability and internuclear distance in the hydrogen molecule and molecule-ion (Bell & Long), 364.
Polypeptide chain configurations in crystalline proteins (Bragg, Kendrew & Perutz), 321. Propagation of a sound pulse in the presence of a semi-infinite, open-ended channel.
II (Chester), 33.
Raynor, G. V. See Frost & Raynor. Richardson, E. G. The fine structure of atmospheric turbulence in relation to the propa-
gation of sound over the ground, 149.
Salley, D. J., Weith, A. J., Argyle, Ann A. & Dixon, J. K. Measurement of the adsorp- tion of surface-active agents at a solution/air interface by a radiotracer method, 42.
Sarginson, K. See MacDonald & Sarginson. Sensitized explosions. VIII (Ashmore & Norrish), 454. Sensitized explosions. IX (Ashmore & Norris), 472. Size effect variation of the electrical conductivity of metals (MacDonald & Sarginson), 223. Solar chromosphere, model (Piddington), 417. Sondheimer, E. H. The theory of the transport phenomena in metals, 75. Sound pulse, propagation (Chester), 33. Spherical blast, propagation (Whitham), 571. Stability of viscous flow over concave cylindrical surfaces (Meksyn), 253. Stubbs, F. J. See Ingold, Stubbs & Hinshelwood. Studies in copolymerization. The evaluation of the kinetic coefficients for the system
styrene-butyl acrylate (Arlman & Melville), 301. Styrene-butyl acrylate system (Arlman & Melville), 301. Sucrose inversion, kinetic salt effects on (Guggenheim & Wiseman), 17. Superconducting penetration depth (Pippard), 210. Superconductors, surface impedance (Pippard), 98, 195. Surface impedance of superconductors and normal metals at high frequencies. IV. Im-
pedance at 9400 Mc./sec. of single crystals of normal and superconducting tin, (Pippard), 98.
Surface impedance of superconductors and normal metals at high frequencies. V. Analysis of experimental results for superconducting tin (Pippard), 195.
System silver-magnesium-antimony, with reference to the theory of alloy formation (Frost & Raynor), 132.
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Taylor, E. W. The application of phase-contrast to the ultra-violet microscope (Abstract), 582.
ten Seldam, C. A. See de Groot, Hooyman & ten Seldam. The application of phase-contrast to the ultra-violet microscope (Abstract) (Taylor), 582. The cataphoresis of spherical, solid nlon-conducting particles in a symmetrical electrolyte
(Booth), 514. The electroviscous effect for suspensions of solid spherical particles (Booth), 533. The kinetics of the thermal decomposition of normal paraffin hydrocarbons. III. Activa-
tion energies and possible mechanisms of molecular reactions (Ingold, Stubbs & Hinshelwood), 486.
Theory of the transport phenomena in metals (Sondheimer), 75. The propagation of spherical blast (Whitham), 571. Titchmarsh, E. C. Eigenfunction problems with periodic potentials, 501. Transport phenomena in metals (Sondheimer), 75.
Viscous flow over concave cylindrical surfaces (Meksyn), 253.
Weith, A. J. See Salley, Weith, Argyle & Dixon. Whitham, G. B. The propagation of spherical blast, 571. Wiseman, L. A. See Guggenheim & Wiseman.
END OF THE TWO HUNDRED AND THIRD VOLUME (SERIES A)
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