Volume InformationSource: Proceedings of the Royal Society of London. Series A, Mathematical and PhysicalSciences, Vol. 147, No. 862 (Dec. 1, 1934), pp. 601-604Published by: The Royal SocietyStable URL: http://www.jstor.org/stable/96299 .

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INDEX TO VOLUME CXLVII (A)

Adam (N. K.), Danielli (J. F.) and Harding (J. B.) The structure of surface films. XXI-Surface potentials of dibasic esters, alcohols, aldoximes and ketones, 491.

Alloys, applications of Bloch theory (Jones), 396. Alpha rays, energies (Wilson), 240. Anthracene, powdered, reflection of X-rays (Robinson), 467. Atoms, hydrogen, mean lives of excited (Griffiths), 547.

Bangham (D. H.) The swelling of charcoal. IV-Stoichiometric relations for the films of the alcohols, 175.

Bangham (D. H.), Fakhoury (N.) and Mohamed (A. F.) The swelling of charcoal. III-Experiments with the lower alcohols, 152.

Beta-rays, energies (Wilson), 240. Beta-rays of low energy from radium E (Richardson), 442. Bismuth, applications of Bloch theory (Jones), 396. Bloch theory, applications to study of alloys and to properties of bismuth (Jones),

396. Bone (W. A.) and Tei (L. J.) Researches on the chemistry of coal. VII-An

investigation of German brown coals and Irish peat, 58. Booker (H. G.) Some general properties of the formukx of the magneto-ionic

theory, 352. Born (M.) and Infeld (L.) On the quantization of the new field equations, I, 522. Born (M.) and Thompson (J. H. C.) A note on the spectrum of the frequencies of a

polar crystal lattice, 594. Butler (J. A. V.) See Connell and others.

Czesium, magnetic moment of the nucleus (Jackson), 500. Catalysis, contact, new phenomenon (Chapman and Gregory), 68. Catalysis, decomposition of iron salts by hydrogen peroxide (Haber and Weiss), 332. Chapman (D. L.) and Gregory (G.) The catalysis by palladium of the union of

hydrogen and oxygen. A new phenomenon of contact catalysis, 68. Charcoal, swelling, IV (Bangham), 175. Charcoal, swelling, III (Bangham and others), 152. Chlorine, active (Willey and Foord), 309. Chlorine, induction period of the photochemical reaction with hydrogen (Griffiths and

Norrish), 140. Coal, researches on chemistry (Bone and Tei), 58. Conductivity electrical of some salts in water-ethyl alcohol solutions (Connell and

others), 418. Connell (L. C.), Hamilton (R. T.) and Butler (J. A. V.) The behaviour of electrolytes

in mixed solvents. VI-The electrical conductivities of some salts in water-ethyl alcohol solutions, 418.

Danielli (J. F.) See Adam and others. Diamagnetic susceptibilities of salts forming ions, with inert gas configurations, I

(Hoare), 88.

VOL. CXLVII.-A. 2 s

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602

Electrolytes, behaviour in mixed solvents, VI (Connell and others), 418. Equations, difference, explicit solution (Milne-Thomson), 76. Ethylene, spectrum of the flame (Vaidya), 513.

Fakhoury (N.) See Bangham and others. Field equations, new, quantization (Born and Infeld), 522. Films, surface, structure, XXI (Adam and others), 491. Fletcher (C. J. M.) The thermal decomposition of methyl alcohol, 119. Foord (S. G.) See Willey and Foord. Foster (A. G.) The sorption of vapours by ferric oxide gel. I-Aliphatic alcohols,

128.

Gamma-rays, energies (Wilson), 240. Gases at high temperatures, determination of specific heat by sound velocity method,

I (Sherratt and Griffiths), 292. Gel, ferric oxide, sorption of vapours, I (Foster), 128. Gels, isoelectric gelatin (Lloyd and Moran), 382. Gliadin, cataphoresis, I and II (Kemp and Rideal), 1, 11. Gregory (G.) See Chapman and Gregory. Griffiths (E.) See Sherratt and Griffiths. Griffiths (J. G. A.) and Norrish (R. G. W.) The induction period of the photo-

chemical reaction between hydrogen and chlorine, 140. Griffiths (J. H. E.) The mean lives of excited hydrogen atoms, 547.

Haber (F.) and Weiss (J.) The catalytic decomposition of hydrogen peroxide by iron salts, 332.

Halides of sodium and potassium, diamagnetic susceptibilities (Hoare), 88. Hamilton (R. T.) See Connell and others. Harding (J. B.) See Adams and others. Heat, specific, of gases at high temperatures, determination by sound velocity method,

I (Sherratt and Griffiths), 292. Helium, liquefaction by an adiabatic method (Kapitza), 189. Henderson (W. J.) The upper limits of the continuous n-ray spectra of thorium

C and C", 572. Herzberg (G.) and Spinks (J. W. T.) Absorption bands of HCN in the photographic

infra-red, 434. Hinshelwood (C. N.), Williamson (A. T.) and Wolfenden (J. H.) The reaction

between oxygen and the heavier isotope of hydrogen, 48. Hoare (F. E.) The diamagnetic susceptibilities of salts forming ions with inert gas

configurations. Part I-The Halides of sodium and potassium, 88. Hydrogen atoms, excited, mean lives (Griffiths), 547. Hydrogen, heavier isotope, reaction with oxygen (Hinshelwood and others), 48. Hydrogen, induction period of photochemical reaction with chlorine (Griffiths and

Norrish), 140. Hydrogen, molecular, spectrum (Richardson and Rymer), 24, 251, 272. Hydrogen peroxide, catalytic decomposition by iron salts (Haber and Weiss), 332.

Infeld (L.) See Born and Infeld.

Jackson (D. A.) The magnetic moment of the nucleus of cxesium, 500.

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603

Jones (H.) Applications of the Bloch theory to the study of alloys and of the properties of bismuth, 396.

Kapitza (P.) The liquefaction of helium by an adiabatic method, 189. Kemp (I.) and Rideal (E. K.) -On the cataphoresis of gliadin. I-The adsorption

of gliadin on quartz, 1. Kemp (I.) and Rideal (E. K.) On the cataphoresis of gliadin. 11-The effect of strong

electrolytes upon the mobility, 11. King (L. V.) On the acoustic radiation pressure on spheres, 212.

Lattice, polar crystal, spectrum of the frequencies (Born and Thompson), 594. Lloyd (D. J.) and Moran (T.) Pressure and the water relations of proteins. I-

Isoelectric gelatin gels, 382.

Magneto-ionic theory, general properties of the formule (Booker), 352. Methyl alcohol, thermal decomposition (Fletcher), 119. Milne-Thomson (L. M.) On the explicit solution of certain difference equations, 76. Mohamed (A. F.) See Bangham and others. Moran (T.) See Lloyd and Moran. Moullin (E. B.) Measurement of shot voltage used to deduce the magnitude of

secondary thermionic emission, 100.

Newitt (D. M.) and Szego (P.) Slow oxidations at high pressures. I-Methane and ethane. 11-Methyl alcohol, ethyl, alcohol, acetaldehyde, and acetic acid, 555.

Nitrogen second positive bands, excitation potential (Thompson and Williams), 583. Norrish (R. G. W.) See Griffiths and Norrish.

Oxidations, slow, at high pressures (Newitt and Szego), 555. Oxygen afterglow (Stoddart), 454. Oxygen, reaction with heavier isotope of hydrogen (Hinshelwood and others), 48.

Palladium, catalysis of the union of hydrogen and oxygen (Chapman and Gregory). 68.

Photochemical reaction between hydrogen and chlorine (Griffiths and Norrish), 140, Proteins, pressure and the water relations, I (Lloyd and Moran), 382. Prussic acid, absorption bands in the photographic infra-red (Herzberg and Spinks),

434.

Radiation pressure, acoustic, on spheres (King), 212. Radium E, low energy (-rays (Richardson), 442. Relativity, Milne's kinematical, principle of least action (Walker), 478. Richardson (H. 0. W.) The low energy (-rays of radium, E, 442. Richardson (O. W.) and Rymer (T. B.) The spectrum of H2 (the ordinary hydrogen

molecule). Part I-The 3, 4d 31, I1, A -* 2p 31I and 3s 3E - 2p 3HI systems, 24. Richardson (O. W.) and Rymer (T. B.) The spectrum of H2. II-The band systems

due to transitions from four new tiplet states to 2p 3II, 251. Richardson (O. W.) and Rymer (T. B.) The Spectrum of H2. Ill-New bands and

band systems ending on 2s3 E and an extension of the singlet system IQ -> 2p 'E, 272.

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604

Rideal (E. K.) See Kemp and Rideal. Robinson (B. W.) The reflection of X-rays from powdered anthracene, 467. Rymer (T. B.) See Richardson and Rymer.

Sherratt (G. G.) and Griffiths (E.) The determination of the specific heat of gases at high temperatures by the sound velocity method. I-Carbon Monoxide, 292.

Spectra, continuous c-ray of thorium C and C" (Henderson), 572. Spectrum, band of nitrogen second positive, excitation potential (Thompson and

Williams), 583. Spectrum, molecular, of hydrogen (Richardson and Rymer), 24, 251, 272. Spectrum of the flame of ethylene (Vaidya), 513. Spectrum of the frequencies of a polar crystal lattice (Born and Thompson), 594. Spectrum of HCN in the infra-red (Herzberg and Spinks), 434. Spheres, acoustic radiation pressure (King), 212. Spinks (J. W. T.) See Herzberg and Spinks. Stoddart (E. M.) The oxygen afterglow, 454. Szego (P.) See Newitt and Szego.

Tei (L. J.) See Bone and Tei. Thermionic emission, secondary, magnitude measured by shot voltage (Moullin), 100. Thompson (J. H. C.) See Born and Thompson. Thompson (N.) and Williams (S. E.) The excitation potential of the nitrogen second

positive bands, 583. Thorium C and C", upper limits of continuous P-ray spectra (Henderson), 572.

Vaidya (W. M.) Spectrum of the flame of ethylene, 513. Voltage, shot, measurement to deduce magnitude of secondary thermionic emission

(Moullin), 100.

Walker (A. G.) The principle of least action in Milne's kinematical relativity, 478. Weiss (J.) See Haber and Weiss. Willey (E. J. B.) and Foord (S. G.) On active chlorine, 309. Williams (S. E.) See Thompson and Williams, 583. Williamson (A. T.) See Hinshelwood and others. Wilson (H. A.) The energies of alpha, beta and gamma rays, 240. Wolfenden (J. H.) See Hinshelwood and others.

X-rays, reflection from powdered anthracene (Robinson), 467.

END OF THE ONE HUNDRED AND FORTY-SEVENTH VOLUME (SERIES A)

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