On the application of Lie-series to the problems of celestial mechanics
Application of Lie series to celestial mechanics
Stumpff, K.↗
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A search for celestial sources of gamma rays of energy greater than 100 MeV
Cosmic gamma ray detector with scintillator and vidicon spark chamber in high altitude balloon in search for celestial gamma ray sources
Hearn, D. R.↗
Feasibility study for a scanning celestial attitude determination system SCADS on the IMP spacecraft Final report
System design analysis to establish feasibility of using electro-optical celestial scanning sensor on IMP spacecraft for determination of spacecraft attitude by star measurements
Grosch, C. B.↗
Feasibility study of scanning celestial attitude determination system SCADS for small scientific spacecraft S sup 3 Final report
Scanning celestial attitude determination system for small scientific satellites
Nickel, D. F.↗
A celestial attitude measurement instrument for Project Scanner
Celestial attitude measuring instrument using star mapping technique
Dixon, W. C., Jr.↗
Celestial positions of X-ray sources in Sagittarius.
X ray sources celestial positions in Sagittarius region measured by sounding rocket
Bradt, H.↗
A passive method for scanning the celestial sphere.
Celestial sphere scanning by passive method applicable to space missions requiring long lifetime and moderate pointing accuracies
Fleig, A. J., Jr.↗
Predicted performance of a rotating modulation collimator for locating celestial X-ray sources.
Celestial X ray source positions from rotating modulation collimator, predicting performance of collimator
Schnopper, H. W.↗
Applications of celestial mechanics for deep space investigations.
Celestial mechanics and astrodynamics application to deep space missions, discussing relativity, optimized close approaches, swing-by accuracy and on-board computations
Szebehely, V.↗
Study of a Scanning Celestial Attitude Determination System /SCADS/ for a synchronous satellite Final report
Scanning celestial attitude determination for synchronous satellite
Source record↗
A 136 MHz ground station calibration using celestial noise sources
Calibration technique using celestial radio sources for 136 MHz satellite ground station
Taylor, R. E.↗
Line skip commutator for a solid state celestial field scanner
Line skip commutator for solid state celestial field scanner using matrix methods
Haas, R. W.↗
Rotational bursting of small celestial bodies - Effects of radiation pressure.
Solar radiation pressure windmill effect in rotational bursting and elimination from solar system of small magnetic celestial bodies
Paddack, S. J.↗
A passive method for scanning the celestial sphere.
Celestial sphere scanning by passive method applicable to space missions requiring long lifetime and moderate pointing accuracies
Fleig, A. J., Jr.↗
Polarimeter for celestial X rays.
Polarimeter using 45 degree Bragg angle reflection applied to rocket payload design for determining polarization of celestial sources X rays
Kalata, K.↗
Theory of the correction of celestial observations made for space navigation or training
Theory of correction of celestial observations made for space navigation or training
Gadeberg, B. L.↗
Celestial and satellite position fix schemes
Celestial and satellite position fix schemes for navigating lunar roving vehicles
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