The accuracy of numerical solutions for electron gun design.
Numerical solutions of Poisson and motion equations for electron gun design, examining truncation error via perturbation theory
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Numerical solutions of Poisson and motion equations for electron gun design, examining truncation error via perturbation theory
Mariner IV midcourse 50-lb thrust pressure- controlled monopropellant hydrazine propellant system, predicting impulse and velocity error as function of burn time
Psychophysical study of irradiation phenomena effects on target size perception by investigating luminance, fixation position and corrections
Lunar module tracking experiment using synchronous relay network
Perturbation techniques for error analysis of finite difference approximations for linear differential equations
Data reduction of Baker-Nunn observations of Geos 1
Detrimental influence of structural oscillations excited by ACS on attitude control and pointing performance of large satellite antenna
Explore the source record for details and available documents.
Input data for analysis of improved photo location calculations
Selenographic error analysis of photographs on Lunar Orbiter missions
Error analysis for respiratory index and oxygen gradient calculations
Numerical techniques for minimizing computation time for determining transport properties of dilute gas
Distance measuring method limitations for modulated CW laser determined by laser transmitter receiver in conjunction with retroreflector target fixed position
Explore the source record for details and available documents.
Radiometric receiver system, which measures noise temperatures in degrees Kelvin, does not require cryogenic noise sources for routine operation. It eliminates radiometer calibration errors associated with RF attenuation measurements. Calibrated noise source is required only for laboratory adjustment and calibration.
Signal processing technique permits accurate timing of pulse position independent of pulse amplitude. Technique utilizes differentiator, limiter amplifier, Schmitt trigger, and monostable multivibrator to produce standard-width pulse whose leading edge corresponds with the maximum of the received signal. This pulse stops the range counter.
Data processing and error analysis of noise and systematic errors in high resolution infrared radiometer cloud cover data from Nimbus 2
Reliability of remote measurements by airborne microwave radiometer