Accession Number : ADA321537
Title : Nuclear Reactor Simulator,
Corporate Author : ARGONNE NATIONAL LAB IL
Personal Author(s) : Harrer, J. M.
PDF Url : ADA321537
Report Date : 01 JUN 1949
Pagination or Media Count : 103
Abstract : The simulator is an electrical analogue computer. The idea of solving differential equations by the use of electrical models has become a widely accepted technique. If due consideration has been given to keeping the model similar to the physical phenomena described by the differential equations, the practical engineer has at his disposal a means of studying the physical phenomena without continual reference to the differential equations involved. The simulator developed at QRNL, through the combined efforts of E. I. Wade and J. W. Simpson of the Power Pile Division, meets this requirement. It consists of a network of electrical conducting elements and suitable sources of current and current sinks. The design of this network is such that when the proper electrical resistance values are assembled and the current sources and sinks are properly adjusted, the steady state voltage distribution on the network is the same as the steady state flux distribution in the reactor and the current sources are a measure of the critical mass of the reactor.
Descriptors : *SIMULATORS, *DIFFERENTIAL EQUATIONS, *NUCLEAR REACTORS, *ANALOG COMPUTERS, *ANALOG COMPUTER ANALYSIS, STEADY STATE, SOURCES, MODELS, DISTRIBUTION, PHYSICAL PROPERTIES, FLUX(RATE), MASS, RESISTANCE, VOLTAGE, ELECTRICAL PROPERTIES, PROBLEM SOLVING, ELECTRICAL RESISTANCE, DISPOSAL.
Subject Categories : Numerical Mathematics
Computer Programming and Software
Nuclear Fission Reactors(power)
Distribution Statement : APPROVED FOR PUBLIC RELEASE