SYNCHROTRON RADIATION AS THE SOURCE OF JUPITER'S POLARIZED DECIMETER RADIATION
Synchrotron radiation as the source of jupiters polarized decimeter radiation
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.
Synchrotron radiation as the source of jupiters polarized decimeter radiation
Angular distributions of electrons and sychrotron radiation in artificial radiation belt, and sky temperature calculations from electron flux
Artificial radiation belt synchrotron radiation calculation
Ratio of monochromatic radiation scattering to direct solar radiation for ultraviolet and visible spectrums
Synchrotron radiation as source of jupiters polarized decimeter radiation
Combined effects of radiation and vacuum, and of radiation and cryogenic temperature on engineering materials
Radiative decay effect on shock layer radiation toward circular cones under finite angle of attack
Semiconductor radiation damage from high-energy electron and proton radiation
Use of satellites to reduce radiation intensity in Earth radiation belts by absorbing charged particles
Radiative and convective heat transfer between two parallel streams of absorbing and emitting radiating gases
Radiative and convective heat transfer between two parallel streams of absorbing and emitting radiating gases
The US Department of Energy Atmospheric Radiation Measurement (ARM) West Antarctic Radiation Experiment (AWARE) performed comprehensive meteorological and aerosol measurements, and ground-based atmospheric remote sensing at two Antarctic stations using the most advanced instrumentation available. A suite of cloud research radars, lidars, spectral and broadband radiometers, aerosol chemical and microphysical sampling equipment, and meteorological instrumentation was deployed at McMurdo Station on Ross Island from December 2015 through December 2016. A smaller suite of radiometers and meteorological equipment including radiosondes, optimized for surface energy budget measurement, was deployed on the West Antarctic Ice Sheet between 4 December 2015 and 17 January 2016. AWARE provided Antarctic atmospheric data comparable to several well-instrumented high Arctic sites that have operated for many years and that reveal numerous contrasts with the Arctic in aerosol and cloud microphysical properties. These include persistent differences in liquid cloud occurrence, cloud height and cloud thickness. Antarctic aerosol properties are also quite different from the Arctic in both seasonal cycle and composition, due to the continent’s isolation from lower latitudes by Southern Ocean storm tracks. Antarctic aerosol number and mass concentrations are not only non-negligible but perhaps play a more important role than previously recognized because of the higher sensitivities of clouds at the very low concentrations caused by the large-scale dynamical isolation. Antarctic aerosol chemical composition, particularly organic components, has implications for local cloud microphysics. The AWARE data set, fully available online in the ARM Program data archive, offers numerous case studies for unique and rigorous evaluation of mixed-phase cloud parameterization in climate models.
Thermal radiative property behavior of materials under elementary charged particle bombardment, determining effect of combined UV plus electron exposure and low energy proton bombardment
Structural design and operational details on Apollo personal radiation dosimeter and radiation survey meter
Excitation and radiative heat transfer of atomic oxygen 1304 angstrom dayglow induced by solar radiation
Radiation models using discrete radiator ensembles having applications to analysis of forward and backscatter from rough surfaces, clutter and chaff models, etc
Thermal radiative property measurements using cyclic radiation
Calculational methods for nuclear rocket radiation shield design - radiation measurements in nuclear rocket propellant tank mockup using simulated liquid hydrogen