Add to ORKGLinear optimal feedback control theory for nuclear rocket dynamics and control problem
An optimal control is giyen for regulating power distribution in a nuclear power reactor which has c...
Mathematical model for determining minimax attitude control of aeroballistic launch vehicles - stabi...
This work proposes adaptive control-based design strategies to control a pressurized water reactor (...
The problem of on-line digital computer control of the NERVA nuclear rocket engine is considered. Pr...
Automatic control theory applied to nuclear rocket dynamics and control using stochastic algorithm
Second Method of Liapunov, Popov frequency criterion, and matrix inequality method used to study sta...
This item was digitized from a paper original and/or a microfilm copy. If you need higher-resolution...
State variable feedback design of control system for coupled core nuclear reacto
A new nonlinear control technique was developed by reformulating one of the “inverse Problems” techn...
The class of nonlinear process presented in this study is characterised by a differential equation i...
The thermionic reactor control system design studies conducted over the past several years for a nuc...
Linear and nonlinear control systems via state variable feedback with applications in nuclear reacto...
The power control system of a nuclear reactor is one of the key systems that concern the safe operat...
In a nuclear thermal rocket engine, the propellant gas can be varied independent of the peak chamber...
Linear multivariable control system design using modern control theory, and application to coupled c...
An optimal control is giyen for regulating power distribution in a nuclear power reactor which has c...
Mathematical model for determining minimax attitude control of aeroballistic launch vehicles - stabi...
This work proposes adaptive control-based design strategies to control a pressurized water reactor (...
The problem of on-line digital computer control of the NERVA nuclear rocket engine is considered. Pr...
Automatic control theory applied to nuclear rocket dynamics and control using stochastic algorithm
Second Method of Liapunov, Popov frequency criterion, and matrix inequality method used to study sta...
This item was digitized from a paper original and/or a microfilm copy. If you need higher-resolution...
State variable feedback design of control system for coupled core nuclear reacto
A new nonlinear control technique was developed by reformulating one of the “inverse Problems” techn...
The class of nonlinear process presented in this study is characterised by a differential equation i...
The thermionic reactor control system design studies conducted over the past several years for a nuc...
Linear and nonlinear control systems via state variable feedback with applications in nuclear reacto...
The power control system of a nuclear reactor is one of the key systems that concern the safe operat...
In a nuclear thermal rocket engine, the propellant gas can be varied independent of the peak chamber...
Linear multivariable control system design using modern control theory, and application to coupled c...
An optimal control is giyen for regulating power distribution in a nuclear power reactor which has c...
Mathematical model for determining minimax attitude control of aeroballistic launch vehicles - stabi...
This work proposes adaptive control-based design strategies to control a pressurized water reactor (...