The poynting vector in magnetohydrodynamics.
Poynting vector for electromagnetic energy arising from MHD disturbances, specifically for solar wind
SOLAR WIND↗
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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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Device measures reaction engine thrust vector deviations
Gimbal mounted test device measures thrust vector deviation of reaction engines in terms of angular displacement and thus precludes force interaction.
Leonard, K.↗
Computer experiments on ion beam deflection for thrust vector control.
Digital computer program for solution of space- charge-flow problem applied to design of thrustors with variable thrust vector, analyzing two ion- thrustor configurations with aid of computer
COMPUTER PROGRAM↗
Analysis of integration error in the ODP-L program and the effect of selenopotential parameters on the solution vector
Analysis of integration error in lunar orbit trajectory program and effect of selenopotential parameters on solution vector
INTEGRATION↗
Differentiating unit orthogonal vectors in a Riemannian space that admits and N-tuply orthogonal system of hypersurfaces.
In a normal coordinate system { y 𝑎 } , the identity 𝜕 2 𝑥 𝑝 /∂y 𝑛 ∂y 𝑚 = ∂ 2 𝑥 𝑝 /∂y 𝑚 ∂y 𝑛 is used to obtain expressions, involving the components of the metric tensor in this coordinate system, for the derivatives of the unit tangent vectors to the parametric curves. An example is given for a normal coordinate system in the De Sitter universe.
Riemann space↗
Intermediate vector bosons as unobservable particles.
Intermediate vector bosons as unobservable particles described by renormalizable Lagrangian in indefinite metric space
NUCLEAR PHYSICS↗
Existence theorems for optimal problems with vector valued cost function
Existence theorems for optimal control problems with vector valued cost function
Olech, C.↗
On the nucleon axial vector form factor
Contributions from scalar mesons in derivation of nucleon axial vector form factor
Yu, V. K.-C.↗
Comparative study of thrust-vector-control systems for large, solid-fueled launch vehicles. Volume 1 - Summary
Comparative analysis of several advanced thrust vector control system designs applied to large, solid propellant launch vehicles
Budris, G. D.↗
Comparative study of thrust vector control systems for large, solid-fueled launch vehicles. Volume 3 - Appendix material
Systems design and guidance and control analyses of thrust vector control systems for large, solid propellant launch vehicles
Budris, G. D.↗
All-fluid amplifier development for liquid rocket secondary injection thrust vector control Final report
Staged vortex amplifier with integral gas generators for liquid rocket secondary injection thrust vector control
Delozier, T. R.↗
On the range of unbounded vector valued measure
Liapunov theorem for range of unbound vector valued measure
Olech, C.↗
Investigation of gaseous secondary injection thrust vector control considering primary nozzle overexpansion, frequency response, and injection angle
Performance characteristics of gaseous secondary injection thrust vector control in overexpanded primary nozzles under sea level conditions
Source record↗
Ion engine thrust vector study
Probability of thrust vector misalignment in ion thrustor array
Amboss, K.↗
Stability analysis and minimum thrust vector control requirements of booster vehicles during atmospheric flight
Thrust vector deflection stability analysis for minimum control requirements of booster vehicles during atmospheric flight
Borsody, J.↗
Thrust-vector control requirements for large launch vehicles with solid-propellant first stages
Thrust vector control for large launch vehicles with solid propellant first stages
Borsody, J.↗
A vector approach to the algebra of rotations with applications
Vector representation of rotations and their algebra
Davenport, P. B.↗
Wind vector calculation using crossed-beam data and detector arrangement for measuring horizontal winds
Vector calculations using crossed beam data and detector arrangement for measuring horizontal winds
Heybey, W. H.↗