Applications of time-dependent perturbation theory.
Atomic and molecular time-dependent quantum- mechanical perturbation theory with differential equation formulation within Hartree-Fock approximation
TIME DEPENDENCY↗
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Results for “Variational calculus”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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The automation of optimization problems.
Digital simulation of boundary value problems of trajectory optimization, using variational and functional analysis and IBM-FORMAC language
FORTRAN↗
Differential games and manual control.
Simulation of pursuit-evasion differential game using variational method, comparing performance of human pilot to optimal pursuer
MANUAL CONTROL↗
Remarks on variational bounds in scattering theory.
Variational bounds on eigenphase shifts in scattering theory obtained by SB and R approaches
VARIATIONAL CALCULUS↗
Axisymmetric thermal stresses in sandwich shells of revolution.
Reissner variational formulation of temperature distribution boundary value problem of axisymmetric thermal stresses in isotropic sandwich shells of revolution
BODY OF REVOLUTION↗
Dipole transition integrals for non-metal resonance transitions.
Dipole transition integrals for nonmetal resonance transitions
VARIATIONAL CALCULUS↗
The automation of optimization problems.
Digital simulation of boundary value problems of trajectory optimization, using variational and functional analysis and IBM-FORMAC language
FORTRAN↗
A computational technique for the design of a specific optimal controller.
Parametric input/output relation of approximate controller with optimized performance index, obtaining specific optimal control designed in regard to worst initial state
OPTIMAL CONTROL↗
Parameter and domain dependence of eigenvalues of elliptic partial differential equations.
Parameter and domain dependence of eigenvalues of elliptic partial differential equations
BOUNDARY VALUE↗
Variational formula for antenna impedance in a warm magnetoplasma.
Variational formula for antenna impedance in warm magnetoplasma, considering force and fluid-flux distribution
VARIATIONAL CALCULUS↗
A test for the sign of the second variation.
Determining sign of second variation in optimal control theory
MATRIX ALGEBRA↗
The nature of intermolecular forces.
Intermolecular forces theory, considering hydrogen atom interaction through Born- Oppenheimer approximation and variational calculations
ATOMIC COLLISION↗
Applications of Hamilton-Jacobi theory to trajectory optimization
Hamilton-Jacobi theory on calculus of variations applied to trajectory optimization
Lakhanpal, S. K.↗
Guidance, flight mechanics and trajectory optimization. Volume 7 - The Pontryagin maximum principle
Maxima-minima theory, Pontryagin principle, and calculus of variations for optimal trajectory and control analysis
Mc Intyre, J. E.↗
Guidance, Flight Mechanics and Trajectory Optimization. Volume 15 - Application of Optimization Techniques
Pontryagin maximum principle, calculus of variations, and dynamic programming optimization techniques applied to trajectory and guidance problems
Abbott, A. S.↗
Analytical research in guidance theory Final technical report, 15 Sep. 1966 - 31 Oct. 1967
Applying calculus of variations to optimal guidance problems, and symbolic programming of polynomials
Andrus, J. F.↗
Multisegmented optimal trajectories
Bolza problem of calculus of variations in terms of control coding applied to trajectories
Vincent, T. L.↗
Optimal control and stability
Relation between optimal control problem and Liapunov functions, and calculus of variations and maximum principle methods of solving synthesis problems
Letov, A. M.↗