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A DESIGN METHOD FOR AN OPTIMAL ATTITUDE REGULATOR FOR A SPINNING SPACE STATION.

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BookPublisher: Nasa, Washington, D.C. 1967Description: 38.DDC classification: NASA | TN D-3854

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Item type	Current location	Collection	Call number	Status	Date due	Barcode	Item holds
Technical Report	PK Kelkar Library, IIT Kanpur	General Stacks	NASA TN D-3854 (Browse shelf)	Not for loan		TR15811

Total holds: 0

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Previous	NASA TN D-3850 PREDICTIONS OF SHOCK-LAYER RADIATION FROM MOLECULAR BAND SYSTEMS IN PROPOSED PLANETARY ATMOSPHERES	NASA TN D-3852 OFF-DESIGN PERFORMNACE OF TWO ISENTROPIC PLUG NOZZLES DESIGNED FOR A PRESSURE RATIO OF 16.5	NASA TN D-3853 LOW SUBSONIC STATIC AND DYNAMIC STABILITY CHRACTERISTICS OF TWO BLUNT 120 DEGREE CONE CONFIGURATIONS.	NASA TN D-3854 A DESIGN METHOD FOR AN OPTIMAL ATTITUDE REGULATOR FOR A SPINNING SPACE STATION.	NASA TN D-3855 DEFROMATION OF SHALLOW SPHERICAL SANDWICH SHELS UNDER LOCAL LOADING.	NASA TN D-3856 WIIND-TUNNEL INVESTIGATION OF THE STATIC AERODYNAMIC CHRACTERISTICS OF AN 18-FOOT(5.49-METER) ALL-FLEXIBLE PARAWING.	NASA TN D-3857 A NEW LIE SERIES METHOD FOR THE NUMERICAL INTEGERATION OF ORDINARY AN APPLICATION TO THE RESTICTED OROBLE OF THREE BODIES.	Next

Bound With Nasa Tn D-3851-3853,3855-3860.

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