The Effects of the Nodal Regression of the Orbit on the Gravity Precession of a Gyroscopic Satellite

Orbital regression of synchronous satellites due to the combined gravitational effects of the sun, the moon and the oblate earth

Frick, R. H.

August 1967

Orbital regression of synchronous satellites due to combined gravitational effects of sun, moon, and...

A Study for Semi-Passive Gravity Gradient Stabilization of Small Satellites

Siahpush, Ali
Sexton, Andrew

October 1987

This paper gives the results of a dynamical analysis of the Globesat gravity gradient stabilized sat...

Simulations without data updates using analytical attitude propagator GSAM for spin stabilized satellites

Zanardi, M. Cecilia
Mota, Víctor
Borderes Motta, Gabriel

January 2019

The objective of this work is to validate the GSAM propagator using new data provided by the Nationa...

The Effects of the Nodal Regression of the Orbit on the Gravity Precession of a Gyroscopic Satellite

Myers, James L., Jr.

July 1966

Coordinated Science Laboratory was formerly known as Control Systems LaboratoryJoint Services Electr...

Effects of Micrometeoroid Cratering on the Direction of the Axis of Maximum Moment of Inertia

Barthel, H.O.

February 1966

Coordinated Science Laboratory was formerly known as Control Systems LaboratoryJoint Services Electr...

Passive Damping of the General Relativity Satellite Gyro

Chen, T.C.
Hsu, J.
Skaperdas, D.

November 1966

Coordinated Science Laboratory was formerly known as Control Systems LaboratoryJoint Services Electr...

Torques on the gyro in the gyro relativity experiment

Eby, P.

May 1982

Whether the Newtonian drifts on the gyro as conceived in the gyro relativity experiment can be reduc...

Mission analysis data for inclined geosynchronous orbits, part 1

Wang, K. C.
Graf, O. F., Jr.

May 1980

Data needed for preliminary design of inclined geosynchronous missions are provided. The inertial an...

Stabilization system analysis and performance of the GEOS-A gravity-gradient satellite /Explorer XXIX/

Hook, B. J.
Pisacane, V. L.
Pardoe, P. P.

October 1967

Stabilization system analysis and performance of GEOS-A gravity gradient satellit

Geodetic precession or dragging of inertial frames

Ashby, Neil
Shahid-Saless, Bahman

August 1989

In General Relativity, the Principle of General Covariance allows one to describe phenomena by means...

Knoebel, H. W.
Compton, W. D.

March 1967

Passive nonmetallic gyroscopic earth satellite for measuring in-plane precession predicted by genera...

The development of a mathematical model and a study of one method of orbit adjust and station keeping gravity-oriented satellites

Barrett, C. C.

November 1966

Mathematical model and method of orbit adjust and station keeping gravity-oriented satellite

Guidance System Component Correlation Testing and Studies Semiannual Status Report, 1 May - 31 Oct. 1965

Hendrickson, J. F.

January 1965

Gyroscopic drift and Markov process research in inertial guidance system components stud

Attitude motion of a non-attitude-controlled cylindrical satellite

Wilkinson, C. K.

September 1988

In 1985, two non-attitude-controlled satellites were each placed in a low earth orbit by the Scout L...

To perform a gyro test of general relativity in a satellite and develop associated control technology

Everitt, C. W. F.
Debra, D. B.
Fairbank, W. M.

November 1974

Performance tests of gyroscope operations and gyroscope readout equipment are discussed. The gyrosco...

Orbital regression of synchronous satellites due to the combined gravitational effects of the sun, the moon and the oblate earth

Frick, R. H.

August 1967

Orbital regression of synchronous satellites due to combined gravitational effects of sun, moon, and...

A Study for Semi-Passive Gravity Gradient Stabilization of Small Satellites

Siahpush, Ali
Sexton, Andrew

October 1987

This paper gives the results of a dynamical analysis of the Globesat gravity gradient stabilized sat...

Simulations without data updates using analytical attitude propagator GSAM for spin stabilized satellites

Zanardi, M. Cecilia
Mota, Víctor
Borderes Motta, Gabriel

January 2019

The objective of this work is to validate the GSAM propagator using new data provided by the Nationa...

The Effects of the Nodal Regression of the Orbit on the Gravity Precession of a Gyroscopic Satellite

Myers, James L., Jr.

July 1966

Coordinated Science Laboratory was formerly known as Control Systems LaboratoryJoint Services Electr...

Effects of Micrometeoroid Cratering on the Direction of the Axis of Maximum Moment of Inertia

Barthel, H.O.

February 1966

Coordinated Science Laboratory was formerly known as Control Systems LaboratoryJoint Services Electr...

Passive Damping of the General Relativity Satellite Gyro

Chen, T.C.
Hsu, J.
Skaperdas, D.

November 1966

Coordinated Science Laboratory was formerly known as Control Systems LaboratoryJoint Services Electr...

Torques on the gyro in the gyro relativity experiment

Eby, P.

May 1982

Whether the Newtonian drifts on the gyro as conceived in the gyro relativity experiment can be reduc...

Mission analysis data for inclined geosynchronous orbits, part 1

Wang, K. C.
Graf, O. F., Jr.

May 1980

Data needed for preliminary design of inclined geosynchronous missions are provided. The inertial an...

Stabilization system analysis and performance of the GEOS-A gravity-gradient satellite /Explorer XXIX/

Hook, B. J.
Pisacane, V. L.
Pardoe, P. P.

October 1967

Stabilization system analysis and performance of GEOS-A gravity gradient satellit

Geodetic precession or dragging of inertial frames

Ashby, Neil
Shahid-Saless, Bahman

August 1989

In General Relativity, the Principle of General Covariance allows one to describe phenomena by means...

Knoebel, H. W.
Compton, W. D.

March 1967

Passive nonmetallic gyroscopic earth satellite for measuring in-plane precession predicted by genera...

The development of a mathematical model and a study of one method of orbit adjust and station keeping gravity-oriented satellites

Barrett, C. C.

November 1966

Mathematical model and method of orbit adjust and station keeping gravity-oriented satellite

Guidance System Component Correlation Testing and Studies Semiannual Status Report, 1 May - 31 Oct. 1965

Hendrickson, J. F.

January 1965

Gyroscopic drift and Markov process research in inertial guidance system components stud

Attitude motion of a non-attitude-controlled cylindrical satellite

Wilkinson, C. K.

September 1988

In 1985, two non-attitude-controlled satellites were each placed in a low earth orbit by the Scout L...

To perform a gyro test of general relativity in a satellite and develop associated control technology

Everitt, C. W. F.
Debra, D. B.
Fairbank, W. M.

November 1974

Performance tests of gyroscope operations and gyroscope readout equipment are discussed. The gyrosco...

Orbital regression of synchronous satellites due to the combined gravitational effects of the sun, the moon and the oblate earth

Frick, R. H.

August 1967

Orbital regression of synchronous satellites due to combined gravitational effects of sun, moon, and...

A Study for Semi-Passive Gravity Gradient Stabilization of Small Satellites

Siahpush, Ali
Sexton, Andrew

October 1987

This paper gives the results of a dynamical analysis of the Globesat gravity gradient stabilized sat...

Simulations without data updates using analytical attitude propagator GSAM for spin stabilized satellites

Zanardi, M. Cecilia
Mota, Víctor
Borderes Motta, Gabriel

January 2019

The objective of this work is to validate the GSAM propagator using new data provided by the Nationa...

The Effects of the Nodal Regression of the Orbit on the Gravity Precession of a Gyroscopic Satellite

Abstract

Extracted data

The Effects of the Nodal Regression of the Orbit on the Gravity Precession of a Gyroscopic Satellite

Abstract

Extracted data

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