Linear Feedback Control Theory is used to analyze the small-signal dynamic behavior of direct cycle, natural circulation boiling water reactor systems. Transfer functions for thermodynamic and hydraulic effects are derived in terms of reactor core and vessel dimensions. They are used to construct a theoretical system block diagram for the EBWR. (auth
For the application of modern control theory, specifically optimal control, to the boiling water rea...
Initial experimental and analog results have been obtained from a study of the effect of shipboard d...
The paper investigates parallel channel instabilities of natural circulation boiling water reactor. ...
ABS>Experimental power-reactivity feedback transfer functions were calculated from the EBWR power tr...
"Reactor Engineering Division""AEC Research and Development Report""Reactors - Power""July, 1958."In...
A study of the basic processes involved in boiling water nuclear reactor dynamics is presented. The ...
PhDEnergyNuclear physicsUniversity of Michigan, Horace H. Rackham School of Graduate Studieshttp://d...
Two-phase natural circulation loops are unstable at low pressure operating conditions. New reactor d...
A new development and practical application of a mathematical dynamic modeling for simulating normal...
Application of optimal control to a boiling water nuclear reactor is the theme of this paper. The op...
A parametric study of the potential and performance of natural circulation boiling nuclear reactors ...
This article presents an integrated non-linear dynamic model of a Pressurized Water-type Nuclear Rea...
The stability of natural circulation boiling water reactors is investigated with a strong emphasis o...
Safety concerns for nuclear reactors necessitate analysis of instabilities that may occur during the...
Natural circulation boiling water reactors (NCBWRs) may experience certain operational difficulties ...
For the application of modern control theory, specifically optimal control, to the boiling water rea...
Initial experimental and analog results have been obtained from a study of the effect of shipboard d...
The paper investigates parallel channel instabilities of natural circulation boiling water reactor. ...
ABS>Experimental power-reactivity feedback transfer functions were calculated from the EBWR power tr...
"Reactor Engineering Division""AEC Research and Development Report""Reactors - Power""July, 1958."In...
A study of the basic processes involved in boiling water nuclear reactor dynamics is presented. The ...
PhDEnergyNuclear physicsUniversity of Michigan, Horace H. Rackham School of Graduate Studieshttp://d...
Two-phase natural circulation loops are unstable at low pressure operating conditions. New reactor d...
A new development and practical application of a mathematical dynamic modeling for simulating normal...
Application of optimal control to a boiling water nuclear reactor is the theme of this paper. The op...
A parametric study of the potential and performance of natural circulation boiling nuclear reactors ...
This article presents an integrated non-linear dynamic model of a Pressurized Water-type Nuclear Rea...
The stability of natural circulation boiling water reactors is investigated with a strong emphasis o...
Safety concerns for nuclear reactors necessitate analysis of instabilities that may occur during the...
Natural circulation boiling water reactors (NCBWRs) may experience certain operational difficulties ...
For the application of modern control theory, specifically optimal control, to the boiling water rea...
Initial experimental and analog results have been obtained from a study of the effect of shipboard d...
The paper investigates parallel channel instabilities of natural circulation boiling water reactor. ...
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