Intense Neutron Sources: Proceedings of a United States Atomic Energy Commission/European Nuclear Energy Agency Seminar, Santa Fe, New Mexico, 19-23 September 1966U.S. Atomic Energy Commission, Division of Technical Information Extension, 1966 - Neutron sources - 851 pages |
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Common terms and phrases
AARR accelerator Alamos Scientific Laboratory angle Atomic beam tubes beryllium booster burst calculations capture chopper cold source collimator control rods coolant cooling cross section crystal cyclotron detector device diameter diffraction Dubna effect electron experimental experiments facilities factor fast neutron figure of merit fission flight path fuel element fuel plate gamma rays heat heavy water HFBR HFIR high flux reactor higher increase inelastic scattering irradiation isotopes limit linac Los Alamos magnetic maximum measurements moderator neutron beam neutron diffraction neutron energy neutron flux neutron sources nuclear obtained operation physics polarized neutrons possible power density pressure problem produce proton pulse width pulsed reactor radial ratio reactivity reactor core region repetition rate resolution resonances sample shield SORA spectra spectrometer spectrum structure synchrocyclotron target technique temperature thermal flux thermal neutron thermal neutron flux time-of-flight TOF method velocity
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Page 419 - General Atomic Division of General Dynamics Corporation John Jay Hopkins Laboratory for Pure and Applied Science San Diego, California...
Page 531 - Proceedings of the Conference on Safety, Fuels, and Core Design in Large Fast Power Reactors, ANL-7120, Argonne National Laboratory, October 11-14, 1965.
Page 636 - I<?=2NkT, (20) where N is the total number of particles per centimeter of length of the confined column of radius a. This relationship is useful in establishing the current necessary for pinch confinement. Note that the expression for 7o is independent of the radius of the pinch.
Page 215 - GAM-1 : A consistent Pi multigroup code for the calculation of fast neutron spectra and multigroup constants, GA-1850, General Atomics, 1961.
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Page 685 - ... is measured by means of neutron counters connected to a multi-channel time analyser. As a result an intensity vs. wavelength curve is obtained. The peaks can be indexed in the usual manner; however, in order to obtain the structure factors from the diffraction pattern it is necessary to know the formula for the integrated intensity E to be used in this case. As has been shown...
Page 845 - Biology and Health Physics Division, Chalk River Nuclear Laboratories, Atomic Energy...
Page 515 - Research carried out at Brookhaven National Laboratory under contract with the US Atomic Energy Commission.