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EFFECTS OF WALL PRESSURE DISTRIBUTION AND LIQUID TEMPERATURE ON INCIPIENT CAVITATION OF FREON-114 AND WATER IN VENTURI FLOW

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BookPublisher: Nasa, Washington, D.C. 1968Description: 22.DDC classification: NASA | TN D-4340

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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-4340 (Browse shelf)	Not for loan Untraceable		TR12069

Total holds: 0

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Previous	NASA TN D-4338 DEVELOPMENT OF A COBALT-TUNGSTEN FERROMAGNETIC HIGH-TEMPERATURE STRUCTURAL ALLOY	NASA TN D-4339 TEMPERATURE AND LIQUID-LEVEL SENSOR FOR LIQUID-HYDROGEN PRESSURIZATION AND EXPULSION STUDIES	NASA TN D-434 LOW-SPEED INVESTIGATION OF A FULL-SPAN INTERNAL-FLOW JET-AUGMENTED FLAP ON A HIGH-WING MODEL WITH A 35 DEGREE WING OF ASPECT RATIO7.0	NASA TN D-4340 EFFECTS OF WALL PRESSURE DISTRIBUTION AND LIQUID TEMPERATURE ON INCIPIENT CAVITATION OF FREON-114 AND WATER IN VENTURI FLOW	NASA TN D-4347 DEVELOPMENT AND APPLICATION OF A LOCAL LINEARIZATION ALGORAITHM FOR THE INTGERIZATION OF QUATERNION RATE EQUATIONS IN REAL-TIME FLIGHT SIMULATION PROBLEMS.	NASA TN D-435 TRANSONIC AND SUPERSONIC WIND-TUNNEL TESTS OF WING-BODY COMBINATIONS DESIGNED FOR HIGH EFFICIENCY AT A MACH NUMBER OF 1.41	NASA TN D-4352 METHOD FOR CALCULATING ALLOWABLE CREEP STRESS IN LINEARLY INCREASING STRESS ENVIRONMENT.	Next

Bound With Nasa Tn D-4331-39.

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