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Aluminum Alloys (1976)
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Reimer L, Senkel R
Journal of Physics D: Applied Physics. 1992 25(9). p.1371
A Monte Carlo Calculation of the Spatial Distribution of Characteristic X-ray Production in a Solid Target
Green M
Proceedings of the Physical Society. 1963 82(2). p.204
Corpuscles and Radiation in Matter II / Korpuskeln und Strahlung in Materie II (1958)
Introduction to Radiological Physics and Radiation Dosimetry (1986)
The CRRES IDM spacecraft experiment for insulator discharge pulses
Frederickson A.R.,
Mullen E.G.,
Kerns K.J.,
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Computed secondary-electron and electric field distributions in an electron-beam-controlled gas-discharge laser
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Applied Physics Letters. 1972 21(8). p.352
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Brockmann K, Rhein U
Journal of Physics D: Applied Physics. 1978 11(15). p.2151
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Physical Review. 1962 126(5). p.1781
Response of silicon detectors to relativistic pions and electrons
Julliot C., Cantin M.
Nuclear Instruments and Methods. 1978 157(2). p.235
Point Defects in Solids (1975)
Scanning Electron Microscopy (1985)
Production and Recovery of Electron-Induced Radiation Damage in a Number of Metals
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Nuclear Instruments and Methods. 1974 118(1). p.73
Calorimetric measurement of electron stopping power of aluminum and copper between 11 and 127 keV
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Physical Review A. 1982 26(5). p.2460
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Electron scattering measurements using a double focusing beta-ray spectrometer
Andreen C-J.,
Parker W., Slätis H.
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