Accession Number : AD0607268
Title : PARTICLE TRAJECTORIES IN A MODEL CURRENT SHEET, BASED ON THE OPEN MODEL OF THE MAGNETOSPHERE, WITH APPLICATIONS TO AURORAL PARTICLES.
Descriptive Note : Scientific rept.,
Corporate Author : PENNSYLVANIA STATE UNIV UNIVERSITY PARK IONOSPHERE RESEARCH LAB
Personal Author(s) : Speiser,T. W.
Report Date : 10 OCT 1964
Pagination or Media Count : 140
Abstract : The work is a study of charged particle trajectories about a current sheet which is based on Dungey's 'open model of the magnetosphere'. The object of the study is to see if charged particles incident on this current sheet, coming from the solar wind, and emerging as possible auroral particles, emerge in any kind of complex spatial distributions resembling auroral forms. Adiabatic theory, which is good throughout most of the magnetosphere, breaks down near a neutral point in the current sheet, and particle trajectories must, therefore, be computed. The computation is done using an IBM-7074 computer. Only proton trajectories are studied extensively, and the results yield accelerated output protons with high intensity in a thin sheet, with perhaps some thin beam structure within the sheet. (Author)
Descriptors : (*PARTICLE TRAJECTORIES, CHARGED PARTICLES), (*UPPER ATMOSPHERE, AURORAE), PROTONS, PROTON BEAMS, ELECTRONS, DISTRIBUTION, SOLAR WIND, MATHEMATICAL MODELS, COMPUTERS, ACCELERATION
Distribution Statement : APPROVED FOR PUBLIC RELEASE