Research in electrically supported vacuum gyroscope. Volume 1 - Summary Final report
Intent, results, and recommendations of research program for Electrically Supported Vacuum Gyroscope /ESVG/
Phelps, R. K.↗
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Research in electrically supported vacuum gyroscope. Volume 2 - Electric torque on an ESVG Final report
Electric torque analysis as part of research on Electrically Supported Vacuum Gyroscope /ESVG/
Matchett, G. A.↗
Research in electrically supported vacuum gyroscope. Volume 3 - ESVG suspension research Final report
Suspension factors analyzed as part of research on Electrically Supported Vacuum Gyroscope /ESVG/ for spacecraft
Exworthy, K. W.↗
Research in electrically supported vacuum gyroscope. Volume 4 - ESVG readout accuracy improvement research Final report
Error analysis to improve readout accuracy of Electrically Supported Vacuum Gyroscope /ESVG
Wacker, J. C.↗
Suboptimal compensation of gyroscopic coupling for inertia-wheel attitude control
Suboptimal compensation of gyroscopic coupling for inertia-wheel attitude control by mathematical techniques
Clark, L. G.↗
Gyroscopic systems as vibration absorbers.
Synchronous vibration absorbers using gyroscopic systems, noting antiresonance with Perissogyro
Srinivasan, A. V.↗
The design of an advanced strapdown gyroscope Interim report, Jun. 1968 - Sep. 1969
Advanced strapdown gyroscope for spacecraft inertial navigation units
Lawrence, A. W.↗
On the optimum stabilization of solid body's rotary motion with the aid of a guided gyroscope
Optimum stabilization of solid body rotary motion with aid of guided gyroscope
Krementulo, V. V.↗
Fabrication of hemispherical opposed self- acting gas bearings for the third-generation gyroscope
Fabrication of hemispherical opposed self-acting gas bearings for gyroscopes
Schiesser, R. J.↗
Electrostatic gyroscope drift caused by rotor asphericity
Calculating drift of electrostatic gyroscopes due to rotor asphericity
Martynenko, Yu. G.↗
Real-time digital-computer-hardware simulation of a spacecraft with control-moment-gyroscope stabilization
Computer simulation of Apollo Telescope Mount to evaluate performance of control moment gyroscope system used for stabilization
Keckler, C. R.↗
Intermediate accuracy integrating gyroscopes - Design criteria monograph
Single degree of freedom, floated, intermediate accuracy, integrating gyroscope state of the art and design criteria for spacecraft control applications
Haagens, R. G.↗
Inertial gyroscope system application considerations
Criteria for designing inertial gyroscope systems
Booth, R. A.↗
Stability characteristics of gyroscopes with hydrodynamic-grooved rotor bearings
Two degree of freedom gyroscopes stability with hydrodynamic grooved rotor bearings, describing parallel and conical whirling rotor oscillations
Miura, H.↗
Stability characteristics of gyroscopes with hydrodynamic-grooved rotor bearings
Stability characteristics of two degree of freedom gyroscope having hydrodynamic grooved journal rotor bearings, discussing frequency of self excited oscillation
Miura, H.↗
Study of control moment gyroscope applications to space base - Wobble damping and attitude control systems
Control moment gyroscopes for space base wobble damping and attitude control systems
Source record↗
General relativistic precession of a gyroscope in an inclined orbit
General relativistic precession of gyroscope in inclined orbit
Eby, P.↗
Gyroscopic control of a rigid body constrained to rotate about a fixed axis
Gyroscopic control of spin rate or orientation of rigid bodies constrained to rotate about fixed axis
Headrick, M. R.↗