General physics, plasma dynamics, and communication sciences and engineering Quarterly progress report no. 82
Electronics research in general physics, plasma dynamics, and communication sciences and engineering
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Electronics research in general physics, plasma dynamics, and communication sciences and engineering
Non-numeric digital computer program using coordinate transformation in deriving equations of motion for particles in general orthogonal curvilinear system
Generalization of space restricted three-body problem by spinor regularization
Handling qualities and stability and control characteristics of general-aviation aircraft
Axiomatic approach to control system theory as generalization of dynamic systems, noting weak and strong stability and Liapunov function
General dynamical system defined by contingent equation giving existence and uniqueness theorems
Transformations with correlation function unaltered, changing generalized Barker sequences
Derivability of cosmological equations from first law of thermodynamics and hydrodynamics equations, without using general relativity
Generalization of Keesom potential to include quantum effects for adiabatic interaction between two rotating dipolar fields
Generalization of parameter plane method for case when characteristic equation coefficients are nonlinear functions of system of adjustable parameters
Potential energy surfaces on triatomic hydrogen molecule ion computed with generalized Gaussian orbitals
General boundary conditions for second-order ordinary differential operators
Mathematical analysis of axioms that provide local definition of generalized control systems
Point matching method calculation of cut-off frequencies and field configurations of waveguides with general cross section
Generalization of Sternheimer potential to include wave functions involving spin in nonfactorable way, exhibiting approximate Hamiltonian
Generalized minimum distance decoding that permits likelihood information to be used, yielding same probability of error as maximum likelihood decoding
The general frequency response program provides the frequency response of any linear feedback control system including the open loop control system. The system characteristic matrix, obtained from the Laplace transformations of the dynamic and control equations, is input to the program. A variety of outputs are available.
General theory of infrared line emission from planetary nebula