Information on the neutrons produced in the H3(d,n)He4 reaction
University of California Radiation Laboratory, 1954 - Science - 32 pages
This compilation of tables and graphs of the more important kinematical relations describing the D-T reaction is intended for the reference of experimenters working with the Cockcroft-Walton Accelerator.
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400 DEUTERON ENERGY Allan and Poole appears in Table Argo et al.3 beam direction Bonner and Smith Calif center of mass Crenshaw curve Determination of dE/dx deuteron bombarding energies DEUTERON ENERGY kev deuterons in tritium deuterons of energy deuterons per second differential cross section discrepancy dwf/dw ENERGY IN KEV energy loss energy of nucleon energy range energy spread INCIDENT DEUTERON ENERGY Inst interpolated isotropic J. A. Phillips lab angle lab system loss of deuterons loss of protons ml m2 Neutron Line Shape neutron source NEUTRONS FROM T(d,n)He neutrons intercepted neutrons per incident NEUTRONS PRODUCED number of neutrons number of tritium OC-particle production of neutrons PROTON DATA rate of energy reaction T(d,n)He scattered sin2 SQUARE OF PARTICLE subtended target gas thick target yield Ti-T titanium titanium-tritide target tritium atoms tritium-titanium target ULO*l unit solid angle UNITS OF I016 VELOCITY IN UNITS yield neutrons yield of neutrons