Volume Information Source: Proceedings of the Royal Society of London. Series A, Mathematical and Physical Sciences, Vol. 318, No. 1535 (Sep. 22, 1970), pp. 541-544 Published by: The Royal Society Stable URL: http://www.jstor.org/stable/77544 . Accessed: 04/05/2014 01:14 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 130.132.123.28 on Sun, 4 May 2014 01:14:12 AM 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. 318, No. 1535 (Sep. 22, 1970), pp. 541-544Published by: The Royal SocietyStable URL: http://www.jstor.org/stable/77544 .
Accessed: 04/05/2014 01:14
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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Amati, D. Contributions to a discussion, 318, 397. Application of a multipole potential in a theoretical investigation of collision cross-
sections for ions with linear molecules (Hyatt & Stanton), 107. Arthurs, A. M. Path integrals in curvilinear coordinates, 523.
Balazs, L. Contribution to a discussion, 398. Barnes, D. J. & Bell, F. P. Kinetic hydrogen isotope effects in the ionization of some
carbon acids, 421. Baxter, M. S. & Walton, A. A theoretical approach to the Suess effect, 213. Bell, R. P. See Barnes & Bell. Boustead, I. Thermoluminescence in polyethylene: IT. Dose kinetics, 459.
Cashion, J. D., Cooke, A. H., Thorp, T. L. & Wells, M. R. Magnetic properties of gado- linium ortho-aluminate, 473.
Charge spectrum of very heavy cosmic ray nuclei (Fowler, Clapham, Cowen, Kidd & Moses), 1.
Clapham, V. M. See Fowler, Clapham, Cowen, Kidd & Moses. Contributors to a discussion,
Cooke, A. H. See Cashion, Cooke, Thorp & Wells. Coulter, C. L. See Hawkinson, Coulter & Greaves. Cowen, V. G. See Fowler, Clapham, Cowen, Kidd & Moses. Cutkosky, R. Contributions to a discussion, 277, 278. Czyzak, S. J. See Krueger & Czyzak.
Dalitz, R. H. Introductory remarks concerning duality (discussion), 245. Dalitz, R. H. and others-A discussion on duality-Reggeons and resonances in elementary
particle processes, 243. Dalitz, R. H. & Moorhouse, R. G. What is resonance? (discussion), 279. Deformation of single crystals of copper and copper-zinc alloys containing alumina
particles. 1. Macroscopic properties and work-hardening theory (Hirsch & Humphreys), 45.
Deformation of single crystals of copper and copper-zinc alloys containing alumina particles. II. Microstructure and dislocation-particle interactions (Humphreys & Hirsch), 73.
Discussion on duality-Reggeons and resonances in elementary particle processes (Dalitz and others), 243.
Donnachie, A. Resonance interpretation of phase shift analyses and the generalized inter- ference model (discussion), 307.
Duality and the Pomeranchuk singularity (discussion) (Harari), 355.
Electron microscope study of evaporating small particles: the Kelvin equation for liquid lead and the mean surface energy of solid silver (Sambles, Skinner & Lisgarten), 507.
[ 541
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Electrons in liquid metals and other disordered systems. Review Lecture (Ziman), 401. Excitation of forbidden lines in gaseous nebulae. H1. Calculations for 3pq ions (Krueger &
Czyzak), 531.
Finite amplitude waves in bounded media: nonlinear free vibrations of an elastic panel (Mortell & Varley), 169.
Fowler, P. H., Clapham, V. M., Cowen, V. G., Kidd, J. M. & Moses, R. T. The charge spectrum of very heavy cosmic ray nuclei, 1.
Generalized Veneziano model (discussion) (Hong-Mo), 379. Greaves, Marsha L. See Hawkinson, Coulter & Greaves. Growth, structure, melting and solidification of lead deposits on molybdenite and carbon
substrates (Stowell, Law & Smart), 231.
Hall, C., Kydon, D. W., Richards, R. E. & Sharp, R. R. Multi-site chemical exchange effects in the n.m.r. spectra of quadrupolar nuclei; the aqueons Cl- + C12 system as an example, 119.
Harari, H. Contribution to a discussion, 399. Harari, H. Duality and the Pomeranchuk singularity (discussion), 355. Hlawkinson, S. W., Coulter, C. L. & Greaves, Marsha L. The structure of vitamin B12.
VIII. The crystal structure of vitamin B12-5'-phosphate, 143. Herley, P. J., Jacobs, P. W. M. & Levy, P. W. A photomicrographic and electron micro-
scopy study of nucleation in ammoniuim perchlorate, 197. Hirsch, P. B. & Hunmphrcys, F. J. The deformation of single crystals of copper and
copper-zinc alloys containing alumina particles. T. Macroscopic properties and work-hardening theory, 45.
Hirsch, P. B. See Humphreys & Hirsch. Hong-Mo, Chan. The generalized Veneziano model (discussion), 379. Humphreys, F. J. & Hirsch, P. B. The deformation of single crystals of copper and copper-
zinc alloys containing alumina particles. II. Microstructure and dislocation-particle interactions, 73.
Humphreys, F. J. See Hirsch & Humphreys. Hyatt, ID. & Stantonr, L. Application of a multipole potential in a theoretical investigation
of collision cross-sections for ions with linear molecules, 107.
Kidd, J. M. See Fowler, Clapham, Cowen, Kidd & Moses. Kinetic hydrogen isotope effects in the ionization of some carbon acids (Barnes & Bell),
421. Krueger, T. K. & Czyzak, S. J. Excitation of forbidden lines in gaseous nebulae. II. Cal-
culations for 3pq ions, 531. Krzywicki, A. Contribution to a discussion, 275. Kydon, D. W. See Hall, Kydon, Richards & Sharp.
Law, T. J. See Stowell, Law & Smart. Levy, P. W. See Herley, Jacobs & Levy. Lisgarten, N. D. See Sambles, Skinner & Lisgarten. Long, D. A. & Stanton, L. Studies of nonlinear phenomena. I. Theory of the hyper Raman
effect, 441.
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Lovelace, C. Contributions to a discussion, 305, 318, 353. Lovelace, C. Veneziano theory (discussion), 321. Lowell, S. C. Wave propagation in monatomic lattices with anharmonic potential, 93.
Magnetic properties of gadolinium ortho-aluminate (Cashion, Cooke, Thorp & Wells), 473.
Moorhouse, RI. G. Contribution to a discussion, 305. Moses, R. T. See Fowler, Clapham, Cowen, Kidd & Moses. Mortell, M. P. & Varley, E. Finite amplitude waves in bounded media: nonlinear free
vibrations of an elastic panel, 169. Multi-site chemical exchange effects in the n.m.r. spectra of quadrupolar nuclei: the
aqueous C'-+ Cl2 system as an example (Hall, Kydon, Richards & Sharp), 119.
Path integrals in curvilinear coordinates (Arthurs), 523. Phillips, R. J. N. Contributions to a discussion, 305, 306. Phillips, R. J. N. & Ringland, G. A. Resonance recognition in a Veneziano model
(discussion), 299. Photomicrographic and electron microscopy study of nucleation! in ammonium per-
chlorate (Herley, Jacobs & Levy), 197.
Resonance interpretation of phase shift analyses and the generalized interference model (discussion) (Donnachie), 307.
Resonance recognition in a Veneziano model (discussion) (Phillips & Ringland), 299. Review Lecture. Electrons in liquid metals and other disordered systems (Ziman), 401. Richards, R. E. See Hall, Kydon, Richards & Sharp. Rudge, M. R. H. On the theory of the excitation of hydrogen by electron impact, 497.
Sambles, J. R., Skinner, L. M. & Lisgarten, N. D. An electron microscope study of evaporating small particles: The Kelvin equationi for liquid lead, and the mean surface energy of solid silver, 507.
Schmid, C. Contributions to a discussion, 276, 277, 278, 305. Schmid, C. What is duality? (discussion), 257. Sharp, R. R. See Hall, Kydon, Richards & Sharp. Skinner, L. M. See Sambles, Skinner & Lisgarten. Smart, Jean. See Stowell, Law & Smart. Squires, E. Contributions to a discussion, 276, 353. Stanton, L. See Hyatt & Stanton; also Long & Stanton. Stowell, M. J., Law, T. J. & Smart, Jean. The growth, structure, melting and solidification
of lead deposits on molybdenite and carbon substrates, 231. Structure of vitamin B12. VIII. The crystal structure of vitamin B12-5'-phosphate
(Hawkinson, Coulter & Greaves), 143. Studies of nonlinear phenomena. I. Theory of the hyper Raman effect (Long & Stanton),
441.
Theoretical approach to the Suess effect (Baxter & Walton), 213. Theory of the excitation of hydrogen by electron impact (Rudge), 497. Thermolunminescence in polyethylene: II. Dose kinetics (Boustead), 459. Thorp, R. L. See Cashion, Cooke, Thorp & Wells.
Varley, E. See Mortell & Varley. Veneziano theory (discussion) (Lovelace), 321.
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Walton, A. See Baxter & Walton. Wave propagation in mnonatoniic lattices with anharmonic potential (Lowell), 93. Wells, M. R. See Cashion, Cooke, Thorp & Wells. What is duality? (discussion) (Schm-id), 257. What is resonance? (discussion) (Dalitz & Moorhouse), 279.
Ziman, J. MV. Review Lecture. Electrons in liquid metals and other disordered systems, 401.
END OF THE THREE HUNDRED AND EIGHTEENTH VOLUME (SERIES A)
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