Space simulator facilities at the Jet Propulsion Laboratory
Space simulator facility for testing spacecraft systems performance in extreme cold, high vacuum, and intense solar radiation environment
SPACECRAFT PERFORMANCE↗
SEARCH · Engineering Papers
Results for “RADIATION INTENSITY”
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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Observations of Venus near the 1964 inferior conjunction
Microwave brightness observations of Venus to determine surface temperature
VENUS↗
A new class of trapped light filaments
New class light filament identified in Raman radiation of intense ruby laser beam
RUBY LASER↗
Comments on the operation of the JPL 25-ft space simulator.
JPL 25-ft space simulator tests Ranger, Mariner and Surveyor spacecraft under conditions of extreme cold, high vacuum and intense solar radiation
SPACE SIMULATOR↗
Behavior of some photographic materials exposed to radiation in the 8-Angstrom region.
Behavior of high speed panchromatic emulsions and films sensitive to X-ray and far UV radiation exposed in spectral region 8-10 angstroms
PHOTOGRAPHIC EMULSION↗
A vacuum optical bench for testing space experiment packages.
Vacuum optical bench /VOB/ spacecraft testing facility for calibration of telescopes, radiometers, spectrographs and monochromators and measurement of intensity distribution, radiation source and contamination
VACUUM EQUIPMENT↗
Radiation of low frequency waves by ions and electrons of a non-isothermic magnetoactive plasma
Radiation of magnetosound waves by ions and electrons of nonisothermal magnetoactive plasma
ELECTRON↗
A study of low energy galactic cosmic rays from 1961 to 1965
Balloon and satellite measurements of low energy galactic cosmic rays
COSMIC RAY↗
Interference of properties of the earth from satellite measurements of infrared emission
Interference of earth surface properties through satellite measurements of infrared emission
SURFACE PROPERTY↗
Radiation of an underwater electrical wire explosion
Increasing brightness of discharge column using underwater electrical explosion of wire
RADIATION INTENSITY↗
The spectra and intensity of electrons in the radiation belts.
Electron spectra, pitch angle distributions and total ionization measured throughout radiation belts by satellite magnetic spectrometer and integrating ionization chamber
RADIATION BELT↗
A survey of the trapped radiation environment.
Trapped radiation levels via AP1-5 and AE1-3 MODEL environments noting long term effects
TRAPPED RADIATION↗
Infrared-line emission from planetary nebulae.
Planetary nebulae IR emission intensities, discussing radiative recombination, ionization equilibrium and fine structure level population
IONIZATION POTENTIAL↗
Discrete source models to explain the microwave background radiation.
Microwave background radiation by intense sources studied by homogeneous and isotropic Friedmann and steady state models
Burbidge, G. R.↗
High-voltage cable Patent
High voltage cable for use in high intensity ionizing radiation fields
Krieve, W. F.↗
A 7.6m /25-ft/ extreme environments simulator
Stainless steel cylindrical simulation chamber permits testing equipment under extreme cold, high partial vacuums, and intense solar radiation. Applications include heat balance and temperature distribution studies, investigations of subsystem interactions, tests of attitude control equipment and sensors, and acceptance tests of complete systems.
Argoud, M. J.↗
Binary-selectable detector holdoff circuit
High-speed switching circuit protects detectors from sudden, extremely-intense backscattered radiation that results from short-range atmospheric dust layers, or low-level clouds, entering laser/radar field of view. Function of circuit is to provide computer-controlled switching of photodiode detector, preamplifier power-supply voltages, in approximately 10 nanoseconds.
Kadrmas, K. A.↗
Intense outburst /S/ of radio radiation detected with the Goldstone-Haystack interferometer.
Explore the source record for details and available documents.
Shapiro, I. I.↗