Fine attitude control system, volume I Final report
Gyro-inertial and optical sensor fine attitude control for pointing Aerobee 150 package at sun or series of stellar targets
ATTITUDE CONTROL↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Aerobee NASA 4.165 AU /21 April 1966/ Meteorological data report
Meteorological and ballistic tables for Aerobee NASA 4.165 UA
AEROBEE ROCKET↗
Aerobee 350 passes test with payload
Aerobee 350 with Nike booster launched for engineering - space science research
SPACE SCIENCE↗
X-ray telescope experiment package Final progress report, 12 Oct. 1965 - 15 Mar. 1966
Electronics of aluminum and beryllium window proportional counters for Aerobee X-ray telescope instrument package
ELECTRONICS↗
Aerobee 150 structural and aerodynamic pitch coupling
Aerobee 150 structural and aerodynamic pitch coupling failure analysis based on flight performance data reduction
FLIGHT CHARACTERISTICS↗
Observational result on X-rays.
Night sky sources for soft X-rays, examining data obtained by Aerobee 4.70 detectors
AEROBEE ROCKET↗
A measurement of the angular size of the X- ray source Sco X-1.
X-ray emission from Sco X-1 and Crab Nebula sources observed with Aerobee 150
AEROBEE ROCKET↗
Manufacturing and test procedures for Aerobee 350 burst diaphragms
Manufacturing and test procedures for fuel and oxidizer burst diaphragms for Aerobee 350 propellant start valves
MANUFACTURING↗
Artificial aurora experiment - Position measurements of auroral rays and comparison with predictions
Generation of artificial auroras by injecting electrons into upper atmosphere from Aerobee rocket-borne accelerator
Davis, T. N.↗
The location of the X-ray source in Vela.
X ray source in constellation Vela lying close to galactic plane observed by attitude controlled Aerobee 150 rocket
Gorenstein, P.↗
Generation of an artificial aurora.
Artificial aurora generated at 100 km altitude by electron beam fired downward from aerobee 350 rocket above 230 km along earth magmetic field lines
Hess, W. N.↗
Pulsed X-ray emission of NP 0532 in March 1968.
Pulsed X ray emission associated with pulsar NP 0532 in Crab Nebula measured by six element detector on Aerobee 150 rocket
Boldt, E. A.↗
Dual reticle star tracker Final project report
Dual reticle star tracker for Aerobee sounding rocket attitude control system
Source record↗
Detection of X-ray emission from 3C 273 and NGC 5128
Extragalactic objects 3C 273 NGC 5128 and M87 X ray emission detection, using proportional counters on Aerobee 150 rocket
Bowyer, C. S.↗
On the location of Cygnus X-1
X ray source Cygnus X-1 position determination by Aerobee rocket-borne rotating modulation collimator
Doxsey, R.↗
Correlated transient short-period oscillation in the optical and X-ray flux from Scorpius X-1
Scorpius X-1 optical and X ray flux transient short period oscillations correlation from Aerobee sounding rocket data
Angel, J. R. P.↗
A Bragg spectrometer for stellar X-ray astronomy.
Poor energy resolution and the steeply varying continuum spectrum make it impossible to obtain with proportional counters an unambiguous identification of certain emission features of Sco X-1. For this reason a Bragg crystal spectrometer was constructed. The instrument, flown successfully aboard an Aerobee-170 rocket, scanned the spectral range from 2.4 to 2.9 keV. The spectrometer consists of two large reflecting crystals of synthetic graphite. The results obtained during the flight of the instrument clearly indicate that the Bragg method can yield much higher sensitivity to line emission than can proportional counter methods.
Kestenbaum, H.↗