A Method for the Determination of Mean Ionospheric Height from Satellite Signals Scientific Report No. 278
Method for determining mean ionospheric height by analyzing radio signals from beacon satellite
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Method for determining mean ionospheric height by analyzing radio signals from beacon satellite
Auroral absorption height obtained from statistical satellite data on average precipitation rate of electrons in auroral zone as function of energy
Atomic scattering contribution to pulse height defect and energy dispersion of heavy ions in semiconductor detectors
Three parameter pulse height analyzer and coincidence system for satellite-borne scintillation telescope study of cosmic radiation
Low-power multichannel pulse height analyzer for solar neutron detection aboard balloon or rocket
Signal amplitude of Transit IVA satellite recorded at two stations, using time difference between observing similar fluctuations in fading period to determine height of ionospheric irregularities
Height of peaks of ionospheric layers using five- point Kelso analysis and single polynomial analysis
Probabilistic model equations relating column height, feed location, degree of separation and flow rates for continuous chromatographic column
Height-luminosity distribution of auroral hydrogen beta emission measured with rocket mounted photometer
Consumption multichannel pulse height analyzer performs balloon and rocket investigations of solar neutrons with energies greater than 10 MeV. The lightweight unit can operate in a temperature range of minus 30 degrees to plus 70 degrees C and withstand storage temperatures from minus 50 degrees to plus 90 degrees C.
Linear least-square method resolves complex pulse height spectra, allowing for calculation of relative intensity, of statistical variance based on counting statistics of the correlation between library components, and of the goodness-of-fit chi square. Some applications are to gamma-ray, X ray, and charged-particle spectroscopy.
Multipurpose analog pulse height computer performs real-time arithmetic operations on relatively fast pulses. This computer can be used for identification of charged particles, pulse shape discrimination, division of signals from position sensitive detectors, and other on-line data reduction techniques.
Flight test of V/STOL height control requirement for hovering and low speed flight under visual conditions
Mean ionospheric height measurement from analysis of radio signals from beacon satellite
Virtual heights and absorption of radio waves in ionosphere, discussing methods of computation
Energy scale for pulse height distributions from gamma ray spectrometers based on inorganic scintillators
Helicopter height-velocity diagram analysis showing effects of density altitude and gross weight
Discrete levels of meteor beginning height and luminous trajectory plots