000			02012nam a2200301 4500
003			OSt
005			20220720102444.0
008			220720b xxu||||| |||| 00| 0 eng d
040			_cIIT Kanpur
041			_aeng
110			_aWashington: National Aeronautics and Space Administration
245			_aNASA technical note [NASA TN D 81-90]
260			_aWashington, D. C. _bNational Aeronautics and Space Administration _c1959
440			_aNational Aeronautics and Space Administration
440			_aNASA Technical Note
500			_aNASA TN D-81: Methods and velocity requirements for the rendezvous of satellites in circumplanetary orbits by William E. Brunk 42p
500			_aNASA TN D-82: Control of combustion chamber pressure and oxidant fuel ratio for a regenertively cooled hydrogen fluorine rocket engine by Edward W. Otto
500			_aNASA TN D-83: Mixing of wakes in a turbulent shear flow by Salamon Eskanizi 53p
500			_aNASA TN D-84: Dispersion of jettisoned jp-4 jet fuel by atmospheric turbulance evaporation and varying rates of fall of fuel droplets by Herman H. Lowell 25p
500			_aNASA TN D-85: Analysis of computed flow parameters for a set of sudden stalls in low speed two dimensional flow by william T. Evans 24p
500			_aNASA TN D-86: Methods of calculating fundamental solutions of the wave equation with tables by William A. Mersman 129p
500			_aNASA TN D-87: Effects of chemical dissociation and molecular vibrations on steady on dimensional flow by Steve P. Heims 87p
500			_aNASA TN D-88: Wind tunnel tests of a semispan wing a fan rotating in the plane of the wing by David H. Hickey 44p
500			_aNASA TN D-89: Wind tunnel and piloted flight simulator investigation of a deflected slipstream vtol airplane the ryan VZ-3RY by Harry A. James 88p
500			_aNASA TN D-90: A study of methods for simulating the atmosphere entry of vehicles with small scale models by Byron L. Swenson 51p
650			_aSatellites
942			_cTR
999			_c565919 _d565919