A study of various analytical techniques for the inflight compensation of gyro drift rates
Analytical techniques for inflight compensation of gyro drift rates
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.
Analytical techniques for inflight compensation of gyro drift rates
Aerodynamic torque on spinning spherical satellite
Analytic platform inertial navigation system using single axis reference and pendulous integrating gyro accelerometer measuring devices
Approximation of reentry angles of attack for spinning body from rate-gyro and accelerometer data
Gryroscope materials, satellite configuration, and photographic apparatus for general relativity theory test
Dynamic testing and failure analyses of spin axis bearings in gyro assemblies for spacecraft guidance system applications
Magnetic field rapidly reversed in shorted superconducting coil by subjecting coil to increasing external reverse field
Electronic circuitry for suspending electric vacuum gyro rotor in center of electrode sphere
Overall engineering analyses on control computers for Apollo applications spacecraft control moment gyro
Microelectronics for air bearing gyro and accelerometer servo loops
Conical bearing transducer suitable for gimbal axis support of gyro
Circuitry, fabrication, and performance characteristics of 75-VA integrated static inverter for gyro platform power supply
Apollo Guidance and Navigation System positioning by electrically torquing gyros, discussing error sources
Friction and wear properties of various alumina bearings for use in gas lubricated gyros
Guidance and control technology examining inertial guidance systems, Apollo space system, gyros, accelerometers and computers
Strapdown and gimballed inertial navigation systems history, engineering progress and current developments