Statistical radar estimate of the lunar surface roughness.
Statistical radar estimate of lunar surface roughness
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Statistical radar estimate of lunar surface roughness
Statistical properties of pressure field radiated by turbulent boundary layer and variation with mach number
Solution of Ricatti differential equation arising in statistical filering and optimal control theory
Statistical derivation of hydrodynamic equations of change for ionized molecular system
Structural stability of shells - random pressure excitation and statistical dependence of normal mode response
Spectral analysis of brain wave generators as multiple statistical time series
Atomic dipolar spectral distribution function in statistical approximation derived from dynamic equations, describing atom density fluctuations induced by external field
Random Vibration Analysis Program /RAVAN/ performs statistical analysis on a number of phenomena associated with flight and captive tests, but can also be used in analyzing data from many other random processes.
Theoretical curves of backscattering cross sections of rough surfaces for polarization states using statistical models
Launch vehicle wind response by statistical methods
Statistical model for application of maneuver flight loads data to structural design data
Two-temperature statistical model for particle production at high energies
Statistical variability of ultimate properties for eight samples of SBR-sulfur gum vulcanizates
Nuclear reaction and beta decay rates for silicon 28, considering conditions for nuclear statistical equilibrium in stars
Statistical model of switching time jitter for tunnel diode threshold-crossing detector
Improved correlation function in Kirchhoff- Huygen method of solution of scattering of waves from statistically rough surfaces
Computer program with Monte Carlo sampling techniques determines the effect of a component part of a unit upon the overall system performance. It utilizes the full statistics of the disturbances and misalignments of each component to provide unbiased results through simulated random sampling.
Mathematical model used in estimating statistics of randomly varying parameters of linear systems