Add to ORKGFour basic areas of research and development of superconducting gyroscopes are studied. Chapter 1 studies the analysis of a SQUID readout for a superconducting gyroscope. Chapter 2 studies the dependence of spin-up torque on channel and gas properties. Chapter 3 studies the theory of super fluid plug operation. And chapter 4 studies the gyro rotor and housing manufacture
Gravity Probe-B (GP-B) is an experiment under Phase B study at Marshall Space Flight Center which is...
The progress accomplished in the Stanford Gyro Relativity program during the period November 1974 to...
A SQUID is the most sensitive device for measuring changes in magnetic flux. Since its discovery in ...
Report summarizes the principal problems encountered in sphere fabrication, magnetic field losses in...
Cryogenic gyroscope with spinning superconducting sphere levitated in vacuum by magnetic fiel
In 1960, L.I. Schiff observed that precise measurement of the precession of a spherical gyroscope or...
Performance tests of gyroscope operations and gyroscope readout equipment are discussed. The gyrosco...
The superconducting gravimeter was developed and applied to field measurements. The stability of the...
Le bruit d'un SQUID dans la bande où il est proportionnel à l'inverse de la fréquence (1/f) a été in...
An experimental nuclear-spin gyroscope is based on an alkali-metal/noblegas co-magnetometer, which a...
The concept of testing Einstein's general theory of relativity by means of orbiting gyroscopes was f...
Linear superconducting magnetic bearings suitable for use in a proposed orbital equivalence principl...
Satellite attitude control using gyro-telescope structure driven by superconducting actuato
We have developed the superfluid analog of the superconducting rf SQUID. Such a device is a quantum ...
The London theory of superconductivity is used to calculate the torque on a superconducting sphere r...
Gravity Probe-B (GP-B) is an experiment under Phase B study at Marshall Space Flight Center which is...
The progress accomplished in the Stanford Gyro Relativity program during the period November 1974 to...
A SQUID is the most sensitive device for measuring changes in magnetic flux. Since its discovery in ...
Report summarizes the principal problems encountered in sphere fabrication, magnetic field losses in...
Cryogenic gyroscope with spinning superconducting sphere levitated in vacuum by magnetic fiel
In 1960, L.I. Schiff observed that precise measurement of the precession of a spherical gyroscope or...
Performance tests of gyroscope operations and gyroscope readout equipment are discussed. The gyrosco...
The superconducting gravimeter was developed and applied to field measurements. The stability of the...
Le bruit d'un SQUID dans la bande où il est proportionnel à l'inverse de la fréquence (1/f) a été in...
An experimental nuclear-spin gyroscope is based on an alkali-metal/noblegas co-magnetometer, which a...
The concept of testing Einstein's general theory of relativity by means of orbiting gyroscopes was f...
Linear superconducting magnetic bearings suitable for use in a proposed orbital equivalence principl...
Satellite attitude control using gyro-telescope structure driven by superconducting actuato
We have developed the superfluid analog of the superconducting rf SQUID. Such a device is a quantum ...
The London theory of superconductivity is used to calculate the torque on a superconducting sphere r...
Gravity Probe-B (GP-B) is an experiment under Phase B study at Marshall Space Flight Center which is...
The progress accomplished in the Stanford Gyro Relativity program during the period November 1974 to...
A SQUID is the most sensitive device for measuring changes in magnetic flux. Since its discovery in ...