This paper introduces non-local equilibrium model of the transpiratin cooling control with moving boundary. We regard the velocity of the coolant as the controlled of system, and prove that the solutio to the transpir...This paper introduces non-local equilibrium model of the transpiratin cooling control with moving boundary. We regard the velocity of the coolant as the controlled of system, and prove that the solutio to the transpiration coolig control problem exists uniquely under the fair assumption with non-ablation. Moreover, continuous dependence of solution on the controller is presented.展开更多
文摘This paper introduces non-local equilibrium model of the transpiratin cooling control with moving boundary. We regard the velocity of the coolant as the controlled of system, and prove that the solutio to the transpiration coolig control problem exists uniquely under the fair assumption with non-ablation. Moreover, continuous dependence of solution on the controller is presented.
