REUVEN RAMATY

email: ramaty@gsfc.nasa.gov

Short Vita

FORTRAN CODES

Nuclear Deexcitation Line Code, instructions

The Fortran Code

postscript figure

Gyrosynchrotron fortran code, needs input file, gs.inp

Input file for gyrosynchrotron fortran code, name input file gs.inp, place fortran code and input file in same directory, compile and run, output will be in gs.out

RECENT PAPERS

Oxygen and Iron Evolution: The Effect of Refractory Element Deposition Delays , R. Ramaty, R.E. Lingenfelter & B. Kozlovsky, 2001, New Astronomy Reviews, to be published, postscript 260KB
Spallogenic Light Elements and Cosmic Ray Origin , R. Ramaty, R.E. Lingenfelter & B. Kozlovsky, 2001, Space Science Reviews, in press, postscript 230KB
LiBeB Evolution: Three Models, R. Ramaty, R. E. Lingenfelter, & B. Kozlovsky, The Light Elements and Their Evolution, 2000, IAU Symp. 198, L. da Silva, M. Spite and R. de Medeiros, eds., ASP, p. 51
Gamma Rays from Solar Flares, R. Ramaty & N. Mandzhavidze, 2000, in: Highly Energetic Physical Processes and Mechanisms for Emission from Astrophysical Plasmas, IAU Symposium 195, Bozeman, Montana, P. C. H. Martens and S. Tsuruta eds., 123, postscript 631KB
High Energy Processes in Solar Flares, R. Ramaty & N. Mandzhavidze, 2000, in: Cosmic Explosions, AIP Conf. Proc. 522, p. 401, S. Holt and W. Zhang eds., postscript 740KB

Ramaty Symposium, December 11, 2000, Greenbelt Marriott, Greenbelt, MD

TALKS

Galactic LiBeB Origin and Evolution, ISSI, Bern, Switzerland, May 2000

Figures Postscript 2.7 MB

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