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FEASIBILITY OF ACCELERATING MICRON-SIZE PARTICLES IN SHOCK-TUBE FLOWS FOR HYPERVELOCITY DEGRADATION OF REFLECTIVE SURFACES

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BookPublisher: Nasa, Washington, D.C. 1966Description: 32.DDC classification: NASA | TN D-3187

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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-3187 (Browse shelf)	Not for loan		TR14956

Total holds: 0

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Previous	NASA TN D-3184 OPTIMIZATION OF DOUBLE-CONIC INTERPLANETARY TRAJECTORIES	NASA TN D-3185 CONDENSATION PRESSURE DROP OF NONWETTING MERCURY IN A UNIFORMLY TAPERED TUBE IN 1-G AND ZERO-GRAVITY ENVIRONMENTS	NASA TN D-3186 CALCULATION OF TRANSPORT PROPERTIES OF IONIZING ATOMIC HYDROGEN	NASA TN D-3187 FEASIBILITY OF ACCELERATING MICRON-SIZE PARTICLES IN SHOCK-TUBE FLOWS FOR HYPERVELOCITY DEGRADATION OF REFLECTIVE SURFACES	NASA TN D-3188 BALL LIGHTING CHARACTERISTICS	NASA TN D-3189 EXPLICIT GUIDANCE EQUATIONS FOR MULTISTAGE BOOST TRAJECTORIES	NASA TN D-3190 ROOM-TEMPERATURE TENSILE BEHAVIOR OF <100> ORIENTED TUNGSTEN SINGLE CRYSTALS WITH RHENIUM IN DILUTE SOLID SOLUTION	Next

Bound With Nasa Tn D-3181-86,3188-90

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