Multirevolution predictor-corrector algorithm applicability to numerical integration of orbits.Prepared at Goddard Space Flight Center."September 1970."--Cover.Major NASA subject terms: Algorithms, artificial satellites, correction, numerical integration, orbit calculation, predictions, equations of motion, revolving.Includes bibliographical references (p. 16).Multirevolution predictor-corrector algorithm applicability to numerical integration of orbits.Mode of access: Internet
"Lunar and solar perturbation influence on motion of artificial satellites, and computations of sate...
Kalman filter theory and sextant measurements for lunar midcourse guidance and navigation simulation...
This is the first book of the satellite era which describes orbit theory with analytical solutions o...
Multirevolution predictor-corrector algorithm applicability to numerical integration of orbit
The Gauss-Jackson multi-step predictor-corrector method is widely used in numerical in-tegration pro...
Solution of differential equations by predictor corrector formulas for high order accuracy.Prepared ...
Prepared at Manned Spacecraft Center."April 1965"--Cover.Includes bibliographical references (p. 16)...
Comparison of fourth order Runge-Kutta numerical integration technique with two numerical integratio...
We describe new types of numerical integration algorithms developed by the authors. The main aim of ...
Semianalytic theory for lunar satellite motion including perturbative effectsPrepared by Yale Univer...
Performance prediction for tandem stages of space propulsion systems in interplanetary flight.Prepar...
Cover title."March 1962."Astronomy; Geophysics and geodesy; Mathematics; Physics, theoretical; Space...
This is a modern textbook that guides the reader trough the theory and practice of satellite orbit p...
Cover title."March 1963."Major NASA subject terms:Includes bibliographical references.Mode of access...
Prepared at Goddard Space Flight Center."May 1969"--Cover.Includes bibliographical references (p. 10...
"Lunar and solar perturbation influence on motion of artificial satellites, and computations of sate...
Kalman filter theory and sextant measurements for lunar midcourse guidance and navigation simulation...
This is the first book of the satellite era which describes orbit theory with analytical solutions o...
Multirevolution predictor-corrector algorithm applicability to numerical integration of orbit
The Gauss-Jackson multi-step predictor-corrector method is widely used in numerical in-tegration pro...
Solution of differential equations by predictor corrector formulas for high order accuracy.Prepared ...
Prepared at Manned Spacecraft Center."April 1965"--Cover.Includes bibliographical references (p. 16)...
Comparison of fourth order Runge-Kutta numerical integration technique with two numerical integratio...
We describe new types of numerical integration algorithms developed by the authors. The main aim of ...
Semianalytic theory for lunar satellite motion including perturbative effectsPrepared by Yale Univer...
Performance prediction for tandem stages of space propulsion systems in interplanetary flight.Prepar...
Cover title."March 1962."Astronomy; Geophysics and geodesy; Mathematics; Physics, theoretical; Space...
This is a modern textbook that guides the reader trough the theory and practice of satellite orbit p...
Cover title."March 1963."Major NASA subject terms:Includes bibliographical references.Mode of access...
Prepared at Goddard Space Flight Center."May 1969"--Cover.Includes bibliographical references (p. 10...
"Lunar and solar perturbation influence on motion of artificial satellites, and computations of sate...
Kalman filter theory and sextant measurements for lunar midcourse guidance and navigation simulation...
This is the first book of the satellite era which describes orbit theory with analytical solutions o...