Volume Information Source: Proceedings of the Royal Society of London. Series A, Mathematical and Physical Sciences, Vol. 153, No. 880 (Feb. 1, 1936), pp. 719-722 Published by: The Royal Society Stable URL: http://www.jstor.org/stable/96563 . Accessed: 07/05/2014 16:05 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 169.229.32.136 on Wed, 7 May 2014 16:05:34 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. 153, No. 880 (Feb. 1, 1936), pp. 719-722Published by: The Royal SocietyStable URL: http://www.jstor.org/stable/96563 .
Accessed: 07/05/2014 16:05
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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Adcock (F.) and Bristow (C. A.) Iron of high purity, 172. Allsopp (C. B.) and Willis (H. F.) Refractive dispersion of organic compounds.
VII-The refractive indices of hexane and the refractivities of hydrogen and carbon. Significance of the dispersion constants. VIII-Isomers of the formula C4H8O2: dioxan, ethyl acetate, iso-butyric acid, and acetoin, 379, 392.
Aluminium, electrical resistance at low temperatures (Boorse and Niewodniczafiski), 463.
Arnot (F. L.) and Milligan (J. C.) The formation of mercury molecules, 359. Atomic nuclei, structure (Wilson), 493. Auger effect, relativistic theory (Massey and Burhop), 661.
Beta-brass and iron crystals, distortion (Elam), 273. Beta-particles, fast, scattering by nitrogen nuclei (Champion), 353. Boorse (H. A.) and Niewodniczafiski (H.) The electrical resistance of aluminium
at low temperatures, 463. Boron, disintegration (Roaf), 568. Braaten (E. 0.) and Clark (G. Fv) The diffusion of hydrogen through copper, 504. Bristow (C. A.) See Adcock and Bristow. Brown (L. W.) See White and Brown. Burgoyne (J. H.) See Newitt and Burgoyne. Burhop (E. H. S.) See Massey and Burhop. Burton (E. F.) and Oliver (W. F.) The crystal structure of ice at low temperatures,
166.
Carbon dioxide, isotherms (Michels and others), 201, 214. Cassel (J.) Ultra-violet absorption of ice, 534. Cerebrospinal fluid, method for the determination of lead (Foster and others), 141. Champion (F. C.) The scattering of fast ,3-particles by nitrogen nuclei, 353. Childs (W. H. J.) The structure of the near infra-red bands of methane. I-General
survey and a new band at 11,050 A, 555. Clark (G. F.) See Braaten and Clark. Combustion, hydrocarbon, and pro-knocks (Ubbelohde and others), 103. Conductivity, electrical, of transition metals (Mott), 699. Copper and palladium, sorption of hydrogen and deuterium, I and II (Melville and
Rideal), 77, 89. Crystal structure of ice at low temperatures (Burton and Oliver), 166. Crystal structure of para-dinitrobenzene (James and others), 225.
Deuterium, sorption by copper and palladium, I and II (Melville and Rideal), 77, 89. Devonshire (A. F.) The rotation of molecules in fields of octahedral symmetry, 601. Diffraction corrections for the Rayleigh disc (King), 17. Diphenyl, chlorinated, dielectric loss characteristics (Jackson), 158. Disc, Rayleigh, theory of the inertia and diffraction corrections (King), 17. Discs, circular, acoustic radiation pressure (King), 1. Drinkwater (J. W.) See Ubbelohde and others. Drummond (D. G.) The infra-red absorption spectra of quartz and fused silica
from 1 to 7 5 ,u. I-Experimental method. II-Experimental results, 318, 328.
VOL. CLIII.-A. 3 E
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Egerton (A.) See. Ubbelohde and others. Elam (C. F.) The distortion of 5-brass and iron crystals, 273. Electron pairs, production (Jaeger and Hulme), 443. Equilibria, gas-solid (Lambert and Heaven), 584.
Foster (J. S.), Langstroth (G. 0.), and McRae (D. R.) Quantitative spectrographic analysis of biological material. I-A method for the determination of lead in cerebrospinal fluid, 141.
Frameworks, stress calculation, III (Southwell), 41,. Fuchs (K.) A quantum mechanical calculation of the elastic constants of monovalent
metals, 622.
Gee (G.) and Rideal (E. K.) Reactions in monolayers of drying oils. I-The oxidation of the maleic anhydride compound of r-elaeostearin. Il-Poly- merization of the oxidized forms of the maleic anhydride compound of ,-elaeo- stearin, 116, 129.
Heaven (H. S.) See Lambert and Heaven. Helium, condensed, at absolute zero (London), 576. Hopkins (Sir F. Gowland) Presidential address, 247. Horrocks (H.) See James and others. Howell (H. G.) The absorption spectrum of lead oxide (PbO), 683. Hulme (H. R.) See Jaeger and Hulme. Hydrocarbons, aromatic, oxidation at high pressures (Newitt and Burgoyne), 448g Hydrogen, diffusion through copper (Braaten and Clark), 504. Hydrogen and deuterium, sorption by copper and palladium, I and II (Melville and
Rideal), 77, 89.
Ice, crystal structure at low temperatures (Burton and Oliver), 166. Ice, ultra-violet absorption (Cassel), 534. Inertia and diffraction corrections for the Rayleigh disc (King), 17. Infra-red bands, near, of methane (Childs), 555. Ionosphere, measurements of reftexion coefficient for wireless waves (White and
Brown), 639. Ions, positive, emission by platinum when heated in oxygen (Rymer), 422. Iron crystals, distortion (Elam), 273. Iron of high purity (Adcock and Bristow), 172. Isotherns of CO2 between O' and 150' and pressures from 16 to 250, and 70 to 3000
atmospheres (Michels and others), 201, 214.
Jackson (W.)-The dielectric loss characteristics of a chlorinated diphenyl, 158. Jaeger (J. C.) and Hulme (H. R.) On the production of electron pairs, 443. James (R. W.), King (G.), and Horrocks (H.) The crystal structure of para-dinitro-
benzene, 225.
King (G.) See James and others. King (L. V.) On the acoustic radiation pressure on circular discs: inertia and
diffraction corrections, 1-. King (L. V.) On the theory of the inertia and diffraction corrections for the Rayleigh
disc, 17.
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Lambert (B.) and Heaven (H. S.) Studies on gas-solid equilibria. VI-Adsorption from binary gas mixtures by silica gel, 584.
Langstroth (G. 0.) See Foster and others. Lead, method for the determination in cerebrospinal fluid (Foster and others), 141. Lead halides, band spectra (Rochester), 407. Lead oxide, absorption spectrum (Howell), 683. London (F.) On condensed helium at absolute zero, 576.
Massey (H. S. W.) and Burhop (E. H. S.) The relativistic theory of the auger effect, 661.
McRae (D. R.) See Foster and others. Melville (H. W.) and Rideal (E. K.) The sorption of hydrogen and deuterium by
copper and palladium. I-The behaviour of copper and copper oxides. II- The sorption of palladium and diffusion through copper, 77, 89.
Mercury molecules, formation (Arnot and Milligan), 359. Metals, monovalent, quantum mechanical calculation of elastic constants (Fuchs),
622. Metals, theory of the surface photoelectric effect, II (Mitchell), 513. Metals, transition, electrical conductivity (Mott), 699. Methane, structure of the near infra-red bands (Childs), 555. Michels (A. and C.) Isotherms of CO2 between O0 and 150? and pressures from 16
to 250 atmospheres (Amagat densities 18-206) 201. Michels (A. and C.) and Wouters (H.) Isotherms of CO2 between 70 and 3000
atmospheres (Amagat densities between 200 and 600), 214. Milligan (J. C.) See Arnot and Milligan. Mitchell (K.) The theory of the surface photoelectric effect in metals, II, 513. Molecules, rotation in fields of octahedral symmetry (Devonshire), 601. Monolayers of drying oils, reactions, I and II (Gee and Rideal), 116, 129. Moon (P. B.) and Tillman (J. R.) Neutrons of thermal energies, 476. Mott (N. F.) The electrical conductivity of transition metals, 699.
Nakaya (U.) and Yamasaki (F.) Investigations on the preliminary stages of spark formation in various gases by the use of the Wilson chamber, 542.
Neutrons of thermal energies (Moon and Tillman), 476. Newitt (D. M.) and Burgoyne (J. H.) The oxidation of aromatic hydrocarbons at
high pressures. I-Benzene; II-Toluene; III-Ethyl benzene, 448. Niewodniczan'ski (H.) See Boorse and Niewodniczafiski. Nitrogen nuclei, scattering of fast f8-particles (Champion), 353. Nuclei,, atomic, structure (Wilson), 493.
Oils, drying) reactions in monolayers, I and II (Gee and Rideal), 116, 129. Oke (B. Y.) On the theory of optical activity. I -A regular tetrahedron twisted
through a small angle about a binary axis, 339. Oliver (W. F.) See Burton and Oliver. Optical activity, theory, III (Oke), 339., Oxygen afterglow (Stoddart), 152.
Para-dinitrobenzene, crystal structure (James and others), 225. Photoelectric effect, surface, in metals, II (Mitchell), 513. Platinum, emission of positive ions when heated in oygen (Rymer), 422.
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Polymerization of the oxidized forms of maleic anhydride (Gee and Rideal), 129. Presidential address (Hopkins), 247. Pro-knocks and hydrocarbon combustion (Ubbelohde and others), 103.
Quantum mechanical calculation of elastic constants of monovalent metals (Fuchs), 622.
Quartz, infra-red absorption spectra, I and. II (Drummond), 318, 328.
Radiation pressure, acoustic, on circular discs (King), 1. Refractive dispersion of organic compounds, VII and VIII (Allsopp and Willis), 379,
392. Rideal (E. K.) See Gee and Rideal. Rideal (E. K.) See Melville and Rideal. Roaf (D.) The disintegration of boron, 568. Rochester (G. D.) The band spectra of the lead halides, PbF and PbCl, 407. Rymer (T. B.) The emission of positive ions by platinum when heated in oxygen,
422. Silica, fused, infra-red absorption spectra, I and TI (Drummond), 318, 328. Silica gel, adsorption from binary gas mixtures (Lambert and Heaven), 584. Southwell (R. V.) Stress-calculation in frameworks by the method of systematic
relaxation of constraints, III, 41. Spark formation, preliminary stages in various gases investigated by use of the Wilson
chamber (Nakaya and Yamasaki), 542. Spectra, band, of the lead halides PbF and PbCl (Rochester), 407. Spectra, infra-red absorption of quartz and fused silica, I and II (Drummond), 318,
328. Spectrographic analysis of biological material, I (Foster and others), 141. Spectrum, absorption of lead oxide (PbO) (Howell), 683. Stoddart (E. M.) The oxygen afterglow, 152. Stress calculation in frameworks by the method of systematic relaxation of con-
straints, III (Southwell), 41.
Thermal energies, neutrons (Moon and Tillman), 476. Tillman (J. R.) See Moon and Tillman. Tomotika (S.) Breaking up . of a drop of viscous liquid immersed in another viscous
fluid which is exterding at a uniform rate, 302.
Ubbelohde (A. R.), Drinkwater (J. W.), and Egerton (A.) Pro-knocks and hydro- carbon combustion, 103.
Ultra-violet absorption of ice (Cassel), 534.
Viscous liquid, breaking up of a drop immersed in another viscous fluid which is extending at a uniform rate (Tomotika), 302.
Waves, wireless, measurements of the reflexion coefficient of thbe ionosphere (White and Brown), 639.
White (F. W. G.) and Brown (L. W.) Some measurements of the reflexion coefficient of the ionosphere for wireless waves, 639.
Willis (H. F.) See Allsopp and Willis. Wilson (H. A.) The structure of atomic nuclei, 493.
Yamasaki (F.) See Nakaya and Yamasaki.
END OF THE ONE HUNDRED AND FIFTY-THIRD VOLUME (SERIES A)
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