A Monte Carlo program for transmission probability calculations including mass motions
Monte Carlo computer program for transmission probability for gas molecular flow through two coaxial cylinders in series
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Monte Carlo computer program for transmission probability for gas molecular flow through two coaxial cylinders in series
Wiener-Hopf solution for transmission and reflection of electromagnetic waves normally incident on warm plasma
Monte Carlo analysis of sphere transmission experiments for average capture cross sections from slow neutron resonance spectroscopy data
Algorithm for determining number of vertices contained in single contact network corresponding to transmission function
Atmospheric high resolution transmission in carbon dioxide bands between 12 and 18 microns evaluated, using mixed Doppler-Lorentz broadening and new method for slant-path calculations
PCM picture transmission, pseudorandom scanning, noise, bandwidth compression and digital simulation
Random Elsasser band model to compute atmospheric transmission of Earth and Mars for 2-micron carbon dioxide bands
Use of the Lambert-Beer Transmission Law determines blood oxygen saturation of hemolyzed blood samples. This simplified method is based on the difference in optical absorption properties of hemoglobin and oxyhemoglobin.
Time-multiplexing system enables several cameras to share a single commercial television transmission channel. This system is useful in industries for visually monitoring several operating areas or instrument panels from a remote location.
Monte Carlo analysis of sphere transmission data for gold and iodine slow neutron capture cross sections at 24 keV
Ionospheric and atmospheric refraction effects on over-horizon propagation of electromagnetic transmissions from spacecraft
Coding theorems and shift register synthesis in relation to processing and transmission of information
Atmospheric transmission of infrared radiation from 2 to 5 microns for slant paths between 35,000 feet and upper limit of atmosphere
Gamma radiation transmission through shielding with slit
Oxidation of Al-2 percent aluminum oxide SAP TYPE alloy foil heated in situ and observed by hot stage transmission microscopy, electron diffraction and motion picture micrography
Wireless microwave or laser energy transfers power from a manned earth-orbiting central station to unmanned astronomical substations. More efficient systems are required for the microwave power transmission.
Transmission, and backscatter coefficients for electron irradiated aluminum, and stainless steel foils
Normalized probability distribution of photon optical paths for radiative transfer equatons to determine diffuse reflection and transmission by cloud and dust layers