Measurement of gas temperature and the radiation compensating thermocouple.
Radiation compensating thermocouple for gas temperature measurement, noting advantage over single thermocouples
Daniels, G. E.↗
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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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Performance of the orifice-compensated hydrostatic face seal under pressure and thermal loading.
Orifice compensated hydrostatic face seal under pressure and thermal loading for aircraft gas turbine
Mckibbin, A. H.↗
Anomalous size effects in the galvanomagnetic properties of zinc caused by compensation.
Anomalous size effects in galvanomagnetic properties of zinc crystal samples caused by compensation
Soffer, S. B.↗
A programmable digital compensator for single loop high performance digital servomechanisms.
Programmable digital compensator for single high performance control loop servomechanisms
Gawlowicz, D. J.↗
Range and spatial variation of the Kondo spin- compensated state.
Spin compensated state of localized magnetic impurity moment in space, calculating size range of magnetic impurity spin/conduction electron spin correlation function
Bose, S. M.↗
Thermal-difference compensation for structural members
Aluminum-thermal difference link maintains constant length of strut despite environmental temperature changes. An extension spring decreases load on the compensator drive linkage when strut is in tension, when strut is in compression, a compression spring is used. Perforated titanium outer tube exposes link to external heat.
Belew, R. R.↗
A digital technique to compensate for time- base error in magnetic tape recording
Digital technique for compensation of time base error in magnetic tape recorder data
Burlage, D. W.↗
On the design of a digital computer program for the design of feedback compensators in transfer function form
Design of digital computer program for feedback compensators in transfer functions
Athans, M.↗
Development of steady-state and dynamic performance prediction methods for turbopump self-compensating thrust balance systems Final report
Steady state and dynamic performance prediction methods developed for turbopump self compensating thrust balance systems
Luehr, L.↗
Analysis of rendezvous radar tracking requirements for angular bias compensation during mission D
Rendezvous radar tracking requirements for angular bias compensation during Apollo 9 flight
Price, C. R.↗
Temperature compensated solid state differential amplifier Patent
Temperature compensated solid state differential amplifier with application in bioinstrumentation circuits
Smith, J. R., Jr.↗
Performance of twin gyro attitude control system including passive compensation and nonlinear control law
Twin gyro coupling system with compensation and nonlinear control for satellite attitude stabilization
Campbell, R. A.↗
Radiation direction detector including means for compensating for photocell aging Patent
Solar radiation direction detector and device for compensating degradation of photocells
Germann, E. F., Jr.↗
Electric field effects on the optical rotatory power of a compensated cholesteric liquid crystal
Optical rotatory power measurement for compensated cholesteric liquid crystal helical structure to observe thermally induced inversion and electric field perturbations
Baessler, H.↗
Compensation of a sampled-data system based on information obtained by varying the sampling rate
Data sampling system compensation based on bending frequency filtering through information obtained by varying sample rate, using saturn 5 launch vehicle simulation
Mcdaniel, W. L., Jr.↗
Decoupling and pole assignment by dynamic compensation
Decoupling by dynamic compensation using algebraic machinery, considering state space extension role in pole assignment
Morse, A. S.↗
Decoupling and pole assignment by dynamic compensation
Decoupling and pole assignment in linear multivariable control systems, minimizing dynamic compensation
Morse, A. S.↗
Electric field effects on the optical rotatory power of a compensated cholesteric liquid crystal
Electric field effects on optical rotary power of compensated cholesteric liquid crystal
Baessler, H.↗