MOTION OF ROCKETS (SELECTED CHAPTERS)

In this work on rocket motion Chapter 3 deals with the control of rockets and calculation of trajectories. Ninety-two formulas are given in the discussion on control and trajectories. The authors discuss the stability of rocket motion in Chapter 4. The aerodynamics of rockets is discussed in great l...

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Bibliographische Detailangaben
Hauptverfasser:	Dmitrievskii,A. A, Kazakovtsev,V. P, Ustinov,V. F, Lysenko,L. N
Format:	Report
Sprache:	eng
Schlagworte:	ACCURACY ASCENT TRAJECTORIES ATMOSPHERE MODELS CIRCULAR ERROR PROBABLE EQUATIONS OF MOTION GUIDED MISSILE TRACKING SYSTEMS Guided Missile Traj, Accuracy and Ballistics GUIDED MISSILE TRAJECTORIES Guided Missiles KILL PROBABILITIES LAUNCHING SITES MATHEMATICAL ANALYSIS RANDOM VARIABLES ROCKET TRAJECTORIES TELEMETER SYSTEMS TERMINAL BALLISTICS TRANSLATIONS USSR
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Beschreibung
Zusammenfassung:	In this work on rocket motion Chapter 3 deals with the control of rockets and calculation of trajectories. Ninety-two formulas are given in the discussion on control and trajectories. The authors discuss the stability of rocket motion in Chapter 4. The aerodynamics of rockets is discussed in great length, and this chapter contains one hundred eleven formulas. The accuracy of rocket firing and the effect of different factors on rocket flight are dealt with in Chapter 5. Trajectory observations and flight tests of rockets, methods of determining rocket attitude, trajectory measurements by electronic means, and optical and infrared measurements are topics of discussion in Chapter 6. American examples are cited, such as, the American telescope ROTI. (Author) Edited machine trans. of mono. Dvizhenie Raket, Moscow, 1968 p184-460, by Robert D. Hill.