An Experimental Investigation of Fission Fragment Electronic Charge Loss

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Stanford University, 1967 - Nuclear fission - 87 pages

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Contents

INTRODUCTION
1
FISSION FRAGMENT CHARGE BEHAVIOR
9
EXPERIMENTAL METHOD
17

3 other sections not shown

Common terms and phrases

alpha particle angle anode applied grid voltage atoms average charge average fission fragment Background Current Biological Shield cavity reactor Chapter charge values cold trap collector plate Current measuring diffusion pump electrometer energy loss Equation error etched experimental FEC design Figure 26 fission fragment charge fission fragment impingement Fission-Electric Cell fragment charge behavior fragment count fragment current fragment energy fragment impingement rate fragment scattering fragments emitted fragments/sec fuel layer impingement secondaries ionization ionization gauge ionization potentials large numbers Measured collector currents measured fission fragment Miley Mylar N.O. Lassen neutron flux Nuclear obtained Physical Review primary aperture primary electrons range reactor power schematic secondary electron production Signal silver collector source thickness SPR thermal column sputtering Stanford Pool Reactor system vacuum Table technique teff Teflon test chamber Test support frame thermal column void Thermal neutron triode tube UO₂ uranium Uranium Dioxide vacuum system velocity volts Δ Δ Δ

Bibliographic information

TitleAn Experimental Investigation of Fission Fragment Electronic Charge Loss
AuthorsHarold Jacob Linnerud, Stanford University. Department of Mechanical Engineering. Nuclear Engineering Division
ContributorStanford University. Department of Mechanical Engineering
PublisherStanford University, 1967
Length87 pages
  
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