Search Results - "GUSSENHOVEN, M. S"

Electrodynamics of the inner magnetosphere observed in the dusk sector by CRRES and DMSP during the magnetic storm of June 4-6, 1991 by Bruke, W. J., Maynard, N. C., Hagan, M. P., Wolf, R. A., Wilson, G. R., Gentile, L. C., Gussenhoven, M. S., Huang, C. Y., Garner, T. W., Rich, F. J.

“…We compare equatorward/earthward boundaries of convection electric fields and auroral/plasma sheet electrons detected by the DMSP F8 and CRRES satellites…”
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CRRES observations of radiation belt protons: 1. Data overview and steady state radial diffusion by Albert, J. M., Ginet, G. P., Gussenhoven, M. S.

“…The Proton Telescope (PROTEL) instrument on the CRRES satellite made measurements of omnidirectional differential proton flux in the energy range 1–100 MeV,…”
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Simulations of radiation belt formation during storm sudden commencements by Hudson, M. K., Elkington, S. R., Lyon, J. G., Marchenko, V. A., Roth, I., Temerin, M., Blake, J. B., Gussenhoven, M. S., Wygant, J. R.

“…MHD fields from a global three‐dimensional simulation of the great March 24, 1991, storm sudden commencement (SSC) are used to follow the trajectories of…”
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Super storms by Bell, J. T., Gussenhoven, M. S., Mullen, E. G.

“…“Super storms” are defined to be the largest 2% of geomagnetic storms from 1932 through 1995, selected using ground‐based magnetic indices. These storms are…”
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Improved understanding of the Earth's radiation belts from the CRRES satellite by Gussenhoven, M.S., Mullen, E.G., Brautigam, D.H.

“…Energetic particle data gathered on the CRRES spacecraft have been used to produce new and more accurate models of high-energy electron and proton fluxes as…”
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CRRES high energy proton flux maps by Gussenhoven, M.S., Mullen, E.G., Violet, M.D., Hein, C., Bass, J., Madden, D.

“…The authors present proton flux maps of near-Earth space using the Proton Telescope (PROTEL) detector on CRRES (Combined Release and Radiation Effects…”
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Compact environmental anomaly sensor (CEASE): a novel spacecraft instrument for in situ measurements of environmental conditions by Dichter, B.K., McGarity, J.O., Oberhardt, M.R., Jordanov, V.T., Sperry, D.J., Huber, A.C., Pantazis, J.A., Mullen, E.G., Ginet, G., Gussenhoven, M.S.

“…A small, lightweight, and low power, spacecraft instrument, CEASE, has been designed to measure the local space radiation environment. The instrument's…”
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Identification of an unexpected space radiation hazard by Blake, J.B., Gussenhoven, M.S., Mullen, E.G., Fillius, R.W.

“…A new radiation belt was formed on 24 March 1991 by the interaction of a strong shock in the solar wind with the Earth's magnetosphere. The authors describe…”
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Quasi-static model of outer zone electrons by Brautigam, D.H., Gussenhoven, M.S., Mullen, E.G.

“…With the Combined Release and Radiation Effects Satellite (CRRES) measurements, an extremely variable outer zone relativistic electron population from 25 July…”
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A double-peaked inner radiation belt: cause and effect as seen on CRRES by Mullen, E.G., Gussenhoven, M.S., Ray, K., Violet, M.

“…Data from the Combined Release and Radiation Effects Satellite (CRRES) show the formation of a second peak in the inner proton radiation belt during the Sudden…”
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Radiation belt formation during storm sudden commencements and loss during main phase by Hudson, M.K, Marchenko, V.A, Roth, I, Temerin, M, Blake, J.B, Gussenhoven, M.S

“…Simulation of the March 24, 1991 storm sudden commencement (SSC) has illuminated the rapid formation of new radiation belts on the particle drift time scale…”
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SEE relative probability maps for space operations by Mullen, E.G., Ginet, G., Gussenhoven, M.S., Madden, D.

“…Normalized flux and dose data for protons with energies >50 MeV are used to produce contour maps of relative probabilities of experiencing Single Event Effects…”
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Observed and predicted potential distributions during the October 1995 magnetic cloud passage by Burke, W. J., Fehringer, T. L., Weimer, D. R., Huang, C. Y., Gussenhoven, M. S., Rich, F. J., Gentile, L. C.

“…Ion drift measurements from DMSP F13 provide the first opportunity to study the evolution of high latitude potentials in both hemispheres as a magnetic cloud…”
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The effect of the March 1991 storm on accumulated dose for selected satellite orbits: CRRES dose models by Gussenhoven, M.S., Mullen, E.G., Sperry, M., Kerns, K.J., Blake, J.B.

“…Three dose models are constructed using direct measurements of dose on the CRRES (Combined Release and Radiation Effects Satellite) in a low-inclination,…”
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APEXRAD: low altitude orbit dose as a function of inclination, magnetic activity and solar cycle by Gussenhoven, M.S., Mullen, E.G., Bell, J.T., Madden, D., Holeman, E.

“…Dosimeter data from the low altitude, high inclination satellite, APEX, flying from 1994-1996 are used to create low altitude dose models for four aluminum…”
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MeV electron populations as measured on DMSP by Mullen, E.G., Gussenhoven, M.S.

“…A dosimeter flown on the DMSP F7 spacecraft during solar minimum from January 1984 through October 1987 measured electron fluxes and dose behind four different…”
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Space Radiation Effects Program: an overview by Gussenhoven, M.S., Mullen, E.G.

“…The Space Radiation Effects Program (SPACE-RAD), a comprehensive space measurement and modeling program to advance understanding of the harsh space radiation…”
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Low altitude edge of the inner radiation belt: dose models from the APEX satellite by Gussenhoven, M.S., Mullen, G., Hardy, D.A., Madden, D., Holeman, E., Delorey, D., Hanser, F.

“…Dosimeter data taken on the APEX satellite in a 362 by 2544 km, 70/spl deg/ inclination orbit are used to produce a high resolution dose model of the inner…”
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Low altitude dose measurements from APEX, CRRES and DMSP by Mullen, E.G., Gussenhoven, M.S., Bell, J.T., Madden, D., Holeman, E., Delorey, D.

“…Dosimeter data taken on the APEX (1994–1996), CRRES (1990–1991) and DMSP (1984–1987) satellites have been used to study the low altitude (down to 350 km)…”
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Radiation belt dynamics during solar minimum by Gussenhoven, M.S., Mullen, E.G., Holeman, E.

“…Two types of temporal variation in the radiation belts are studied using low-altitude data taken onboard the DMSP F7 satellite: those associated with the solar…”
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