Acta Physica Academiae Scientiarum Hungaricae 41. (1976)

1976 / 1. szám

INDEX Tomus 41 Ю. Я■ Юшин и Й. Янски: О возбуждении локальных колебаний заряженными части­цами и ступеньками движущихся дислокаций в щелочногалоидных кристаллах 3 V. В. Nyayadhish: Elastic Sear Waves in the Presence of Couple Stresses..................... 19 A. E. Poztvolski : Self Confinement in Highly Ionized Plasmas .......................................... 29 M. M. Shukla and H. Tejima: An Angular Force Model for Lattice Dynamics of Body Centred Cubic Metals ......................................................................................................... 31 L. Jánossy: Classical and Wave Mechanical Theory of Rayleigh Scattering ................... 41 D. Mehlig and К. H. Czock: Scattering of Photons at the 15.11 MeV Energy Level in 12C 55 L. M. Srivastava: An Exact Solution of the Problem of MHD Unsteady Viscous Flow Through a Porous Straight Channel ............................................................................. 63 RECENSIONES ......................................................................................................................................... 67 L. Jánossy: Wave Mechanics and the Photon II. The Many-body Aspect ....................... 71 J. Cunningham: Production Amplitudes in Fifth Order Perturbation Theory ............... 79 Shri Ram and J. N. S. Kashyap : On the Gravitational Field of a Charged Particle .... 87 S. N. Dube and C. L. Sharma: Heat Transfer in Two-Phase Laminar Flow in a Channel 95 M. Kertész: On the Ab Initio Crystal Orbital Method............................................................. 107 E. Kapuy, Zs. Ozoróczy and C. Kozmutza: Characterization of Charge Distribution in Terms of Localized Orbitals ........................................................................................ 125 B. Lukács: The Application of SU (1,1) Spin Coefficients for Space Like Symmetry .... 137 M. L. Pandya and M. K. Machwe: Effect of Solvent on Polarization of Fluorescence of Rhodamine-B...................................................................................................................... 145 RECENSIONES ......................................................................................................................................... 149 L. D. Raigorodski: On the Inertial-Gravitational Field ......................................................... 153 B. Schlenk, D. Berényi, S. Ricz, A. Valek and G. Hock: Inner-Shell Ionization by Electrons in the 300—600 keV Region............................................................................................... 159 R. C. Rai and M. P. Hemkar: Lattice Dynamical Study of Platinum................................ 165 Z. Perjés: Introduction to Spinors and Petrov Types in General Relativity................... 173 I. Merches: A Hamiltonian Formulation in Magnetofluid Dynamics .................................. 187 M. Dobróka: Zemplén’s Theorem for the Shock Waves of Collisionless Anisotropic Plasmas 195 S. J. Prokhovnik: The Universe as a Bolyai—Lobachevsky Velocity Space ................... 201 L. Jánossy: An Unpublished Idea of D. R. Hartree and its Extension.............................. 211 L. M. Srivastava: Combined Free and Forced Convection Magnetohydrodynamic Flow through two Parallel Porous Walls.................................................................................. 219 RECENSIONES ......................................................................................................................................... 225 M. F. Kotkata and Y. K. Badawy: A Hydrodynamic Model of Free Convective Mass Transfer..................................................................................................................................... 231 J. P. Sharma : A Note on an Interior Solution for a Fluid Sphere of Constant Gravitational Mass Density in General Relativity .............................................................................. 241 Jiirgen W. Weil: Plasma Heating Due to Non-Linear Interaction in Two Special Four-Plasma-Wave Systems ....................................................................................................... 245

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