## Theory of power transients in the SPERT I reactorHerbert Charles Corben, W. A. Horning, Garrett Birkhoff, R. S. Margulies, Ramo-Wooldridge Corporation, Phillips Petroleum Company. Atomic Energy Division U.S. Atomic Energy Commission, Idaho Operations Office, 1958 - Nuclear reactor kinetics |

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amplitude approximation Atomic Energy Division average power level Birkhoff boundary layer bubble wall cavitation computed contract C-202 Corben The Ramo-Wooldridge core water CORPORATION Los Angeles delayed neutron density divergent oscillations Division under sub effective void energy conservation equation EXACT SOLUTION excess reactivity FK(s form of kc(a FR(K function gas bubbles growth of vapor heat equation heat of vaporization heat transfer constants initial value instability in SPERT kex(t latent heat mean power MODEL FOR TRANSIENTS oscillations approach p'LR parabola peak power Phillips Petroleum Company pile kinetic equations Plesset and Zwick power oscillations POWER TRANSIENTS Ramo-Wooldridge Corporation reactivity compensated reactor oscillations reactor power Reactor Transients report as submitted reproduction without change resonance instability small oscillations SPERT reactor submitted to Phillips superheat supersaturated liquid surface tension THEORY OF SMALL thermal expansion tion transient boiling vapor bubble void coefficient W. A. Horning W. E. Nyer