Statistics – Applications
Scientific paper
Mar 1977
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1977nastn8381.....w&link_type=abstract
NASA Tech. Note, NASA-TN--D-8381, 28 p.
Statistics
Applications
Heavy Ions, High Energy Interactions, Ionic Reactions, Transport Theory, Energy Spectra, Ionic Mobility, Iteration, Nuclear Reactions
Scientific paper
Procedures for the approximation of the transport of high-energy ions are discussed on the basis of available data on ion nuclear reactions. A straight-ahead approximation appears appropriate for space applications. The assumption that the secondary-ion-fragment velocity is equal to that of the fragmenting nucleus is inferior to straight-ahead theory but is of sufficient accuracy if the primary ions display a broad energy spectrum. An iterative scheme for the solution of the inhomogenous integral transport equations holds promise for practical calculation. A model calculation shows that multiple charged ion fragments penetrate to greater depths in comparison with the free path of a primary heavy ion.
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