Radiation Production Notes (PEP 3)
These are the Radiation Production Notes (PEP 3), Notes 1-112, assembled by Dr. Carl E. Baum.
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RPN 1, T. H. Martin, Determination of Bremstrahlung Production Efficiencies from Data Obtained on PHERMEX at 27 MeV, May 69, Sandia Corp.
RPN 2, T. H. Martin, A Computerized Method of Predicting Electron Beam Bremsstrahlung Radiation with Specific Application to High Voltage Flash X-Ray Machines, May 69, Sandia Corp.
RPN 3, T. H. Martin, K. R. Prestwich, and D. L. Johnson, Summary of the Hermes Flash X-Ray Program, Oct 69, Sandia Corp.
RPN 4, W. H. Buckalew and L. D. Posey, Electron Beam Diagnostics: Part I, Oct 69, Sandia Corp.
RPN 5, T. H. Storr, Generation and Transport of Electron Beams ofvly Greater than Unity, 30 Dec 68, Atomic Weapons Research Establishment
RPN 6, M. J. Goodman, The Production, Transport and Focusing of Electron Beams with a vly < 1,30 Dec 68, Atomic Weapons Research Establishment
RPN 7, D. W. Forster, Prepulse and Other Factors Affecting Fine Self-Focussing of Large Currents, 31 Dec 68, Atomic Weapons Research Establishment
RPN 8, D. W. Forster, Control of Energy Deposition Over Large Area Samples, 2 Jan 69, Atomic Weapons Research Establishment
RPN 9, D. W. Forster, Magnetic Pinching in Vacuum Diodes at Relativistic Electron Energies, Mar 70, Atomic Weapons Research Establishment
RPN 10, D. W. Forster, M. Goodman, G. Herbert, J. C. Martin, and T. Storr, Electron Beam Diagnostics Using X Rays, Apr 71, Atomic Weapons Research Establishment
RPN 11, H. Chang, The Hose Instability of a Finite, Pinched, Relativistic, Electron Beam Penetrating an Infmite, Field-Free, Temperate Plasma, Sep 63, Stanford Research Institute
RPN 12, H. E. Singhaus, Beam Temperature Effects on Growth Rate of Electrostatic Instability for an Electron Beam Penetrating a Plasma, Nov 63, Stanford Research Institute
RPN 13, G. Dorman, Temperature Effects on the High-Frequency Stability of a Cylindrical, Relativistic Electron Beam Penetrating a Plasma: I, Apr 64, Stanford Research Institute
RPN 14, S. V. Yadavalli, Electromagnetic Wake of a Charged Particle Pulse in a Plasma, Sep 64, Stanford Research Institute
RPN 15, G. Dorman, Temperature Effects on the High-Frequency Stability of a Cylindrical, Relativistic Electron Beam Penetrating a Plasma: II, Aug 64, Stanford Research Institute
RPN 16, J. E. Boers and D. Kelleher, Exact Solution of Poisson's Equation for One-Dimensional, Space-Charge Limited, Relativistic Flow, Nov 68, Sandia Corp.
RPN 17, J. F. Schulze, Calorimeters for Measuring High-Energy, High-Intensity, Pulsed Electron Beams, Jun 69, Sandia Corp.
RPN 18, P. Fieldhouse, J. G. Locke, G. W. Sentance, A. C. Simmons, and D. Large, Diagnostics on MINI-C Electron Beam, 30 Apr 70, Atomic Weapons Research Establishment
RPN 19, P. Fieldhouse, D. W. Large, E. Morris, and G. W. Sentance, Calculated Angular and Energy Distributions of Bremsstrahlung Radiated by MINI-C and EROS Electrons, 6 Nov 70, Atomic Weapons Research Establishment
RPN 20, Not Available
RPN 21, P. Fieldhouse, Further Energy Deposition Measurements on MINI-C Electron Beam, 22 Jun 71, Atomic Weapons Research Establishment
RPN 22, J. J. Clark and S. Linke, Beam Entrance Condition Studies, May 69, Cornell University
RPN 23, M. L. Andrews, J. J. Bzura, H. E. Davitian, H. H. Fleischmann, et ai, An Initial Study on the Propagation of a High Current Relativistic Electron Beam, Sep 69, Cornell University; Naval Research Laboratories
RPN 24, D. A. Hammer and N. Rostoker, Propagation of High Current Relativistic Electron Beams, Jun 69, Cornell University
RPN 25, M. Andrews, J. Bzura, H. H. Fleischmann, and N. Rostoker, Effects of a Magnetic Guide Field on the Propagation of Intense Relativistic Electron Beams, Jul 69, Cornell University
RPN 26, M. Friedman, A Simple Method for Detecting High-Energy Low-Intensity X-Rays in a Low-Energy High Intensity X-Ray Background, Jul 69, Cornell University
RPN 27, M. L. Andrews, H. Davitian, D. A. Hammer, H. H. Fleischmann, J. A. Nation, and N. Rostaker, On the Propagation of High-Current Beams of Relativistic Electrons in Gases, Jul 69, Cornell University
RPN 28, J. J. Clark and S. Linke, Operational Characteristics and Entrance Conditions of a High-Current, Relativistic Electron Beam Accelerator, Aug 69, Cornell University
RPN 29, R. L. Liboff, Relativistic Fields Due to a Particle in a Grounded Cylindrical Box, Iun 69, Cornell University
RPN 30, M. Friedman and M. Ury, Production and Focusing of a High-Power Relativistic Annular Electron Beam, Ian 70, Cornell University
RPN 31, J. A. Nation and W. L. Gardner, An Experimental Investigation of the Microwave Radiation Emitted by a High Current Relativistic Electron Beam, Apr 70, Cornell University
RPN 32, R. Lee and R. N. Sudan, Return Current Induced by a Relativistic Beam Propagating in a Magnetized Plasma, May 70, Cornell University
RPN 33, M. L. Andrews, H. Davitian, H. H. Fleischmann, and J. A. Nation, Ionization Instability in the Propagation of High-Current Relativistic Electron Beams in Gases, Ian 71, Cornell University
RPN 34, J. Creedon, Derivation of Formulas for Determining Radiation Pattern from Four-Point Sources, 16 Jul 65, Physics International
RPN 35, Not Available
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RPN 36, F. C. Ford, W. T. Link, and J. Creedon, Pulsed Electron Beam Studies at 50,000 Amperes and 5 MeV, 19 Aug 66, Physics International Company
RPN 37, H. Rugge, Progress Report 50-077 Interaction of Electron Beams with Background Gas, 16 Nov 66, Physics International Company
RPN 38, J. Creedon, Pressure Dependence of the Pinched Electron Beam Mode, 27 Mar 67, Physics International Company
RPN 39, W. T. Link, Shaping Electron Beams with Quadruple Magnets, 17 May 67, Physics International Company
RPN 40, L. Hatch, Beam Shaping Measurements on the 730 Pulser Facility, 17 May 67, Physics International Company
RPN 41, Not Available
RPN 42, G. Yonas, P. Spence, D. Pellinen, B. Ecker, and S. Heurlin, Dynamic Effects of High v/y Beam Plasma Interactions, Apr 69, Physics International Company
RPN 43, G. Yonas, P. Spence, B. Ecker, and J. Rander, Dynamic Effects of High v/y Beam Plasma Interactions, Aug 69, Physics International Company
RPN 44, Not Available
RPN 45, G. Yonas, P. Spence, and B. Ecker, Current Neutralization in High v/y Relativistic Electron Streams, Dec 69, Physics International Company
RPN 46, J. Rander, B. Ecker, and G. Yonas, Ion Acceleration with High v/y Electron Beams, Dec 69, Physics International Company
RPN 47, R. Block, D. Wood, R. Busher, and D. Pellinen, Experimental Investigation of High-Current, Relativistic Electron-Beam Interactions, Feb 70, Physics International Company
RPN 48, Not Available
RPN 49, I. Smith, et ai, Development of an Advanced X-Ray Source, Apr 70, Physics International Company
RPN 50, J. Creedon, A Quasi-Parapotential Model for the High v/y Diode, May 70, Physics International Company
RPN 51, S. D. Putnam, A Model of Energetic Ion Production by Intense Electron Beams, Jul 70, Physics International Company
RPN 52, V. Buck and A. Lutze, Correlations of Net and Primary Beam Currents in Dry Nitrogen Background Gas, Oct 70, Physics International Company
RPN 53, G. Loda and P. Spence, High v/y Electron Beam Generation Using a 100 kV Mylar Strip line, Nov 70, Physics International Company
RPN 54, B. Ecker, J. Benford, C. Stallings, S. Putnam, and P. Spence, et ai, Intense Beam Generation at Megampere Currents and Beam Transport in Pulsed External Magnetic Field Configurations, May 71, Physics International Company
RPN 55, S. Putnam, Intense Relativistic Electron Beam-Plasma Interactions in Finite Cavities, Jun 71, Physics International Company
RPN 56, S. Putnam, Ion Acceleration with Intense Linear Electron Beams, Jul 71, Physics International Company
RPN 57, S. Putnam, An Intense Pulsed Neutron and Kilovolt X-Ray Source, Jul 71, Physics International Company
RPN 58, S. Putnam, Theoretical Studies of Intense Relativistic Electron Beam-Plasma Interactions, Jul 72, Physics International Company
RPN 59, D. W. Forster, Current Flow in Space-Charge Limited Cylinder-Plane Diodes, 16 Mar 73, Atomic Weapons Research Establishment
RPN 60, 1. C. Martin, HUN Lecture No. 4, Jun 73, Atomic Weapons Research Establishment
RPN 61, D. C. dePackh, Radiation from Intense Beams in Large Magnetic Fields, 1967, Naval Research Laboratories
RPN 62, D. C. dePackh, Absorption Spectrometer, 12 Oct 67, Naval Research Laboratories
RPN 63, D. C. dePackh, Stored-Energy Line Parameters, 15 Jan 68, Naval Research Laboratories
RPN 64, D. C. dePackh, Magnetic Converter Design Considerations, 6 Feb 68, Naval Research Laboratories
RPN 65, J. P. Kitchen, D. C. dePackh, and H. R. Roess, IO-Kilojoule SCR Pulser, 21 Feb 68, Naval Research Laboratories
RPN 66, D. C. dePackh, The Vacuum Pinch in Parallel-Plane Diodes: Preliminary Examination, 12 Mar 68, Naval Research Laboratories
RPN 67, D. C. dePackh, Parapotential Electron Flow and the Vacuum Pinch, 19 Apr 68, Naval Research Laboratories
RPN 68, D. C. dePackh, Estimate of Finite-Q Effect on the Space Growth Rate of the TM 11 Unstable Mode in a Linac, 10 Oct 68, Naval Research Laboratories
RPN 69, E. J. Schremp, Dynamical Principles and Mathematical Methods Available for the Analysis and Optimization of Electron Trapping in an Axially Symmetric Magnetic Converter, I, 10 Jun 68, Naval Research Laboratories
RPN 70, D. C. dePackh, Inversion of Continuous Absorption Spectra, 18 Nov 68, Naval Research Laboratories
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RPN 71, 1. M. Frame, Casino Facility Mechanical Engineering and Design Status Report, 6 Mar 69, Naval Research Laboratories
RPN 72, P. B. Ulrich, A Two-Dimensional Green's Function for the Coaxial Cone Diode, 12 Mar 69, Naval Research Laboratories
RPN 73, D. C. dePackh, Electron Motion in Combined Hz, H, 19 Mar 70, Naval Research Laboratories
RPN 74, Not Currently Available
RPN 75, R. T. Close, Computer-Assisted Magnetic Field Design, Part I, 7 Mar 68, Naval Research Laboratories
RPN 76, R. T. Close, Computer-Assisted Magnetic Field Design, Part II, Users' Notes for Program MAGCOIL, 10 Apr 68, Naval Research Laboratories
RPN 77, D. C. dePackh, 1. B. Ehrman, and T. F. Godlove, Syncrotron Radiation, 5 Jun 68, Naval Research Laboratories
RPN 78, D. C. dePackh, Parapotential Flow, 24 Jun 68, Naval Research Laboratories
RPN 79, 1. J. Condon, Measurement of Bremsstrahlung Radiation Produced with High-Current Diodes and Coaxial Blumlein Generators, 15 Apr 69, Naval Research Laboratories
RPN 80, D. C. dePackh, Flute Instability of a Parapotential Sheet Beam, 27 May 69, Naval Research Laboratories
RPN 81, P. B. Ulrich, Computer Approximations for the Conal Green's Function, 15 Aug 69, Naval Research Laboratories
RPN 82, P. B. Ulrich, A Two-Dimensional, Time-Dependent Computer Study of the Low-Voltage Parallel-Plane Diode, 12 Aug 69, Naval Research Laboratories
RPN 83, D. C. dePackh, Interim Progress Report on the G2A Diode, 12 Dec 69
RPN 84, Not Currently Available
RPN 85, 1. P. Kitchen and D. C. dePackh, Studies on Magnetic Insulation, 13 Jan 70, Naval Research Laboratories
RPN 86, Not Currently Available
RPN 87, Not Currently Available
RPN 88, Not Currently Available
RPN 89, Not Currently Available
RPN 90,Not Currently Available
RPN 91, Not Currently Available
RPN 92, Not Currently Available
RPN 93, S. Graybill, G. Ames, J. Rizzo, 1. Oglum, W. McNeill, F. K. Childers, et aI, Study and Development of High Intensity Stopped Beam Plasma Sources, Jun 68, Ion Physics Corp.
RPN 94, S. Graybill, 1. R. Oglum, W. H. McNeill, 1. E. Rizzo, R. Lowell, and G. Ames, Diagnostics and Applications of Pulsed Self-Focused Relativistic Electron Beams, Jun 70, Ion Physics Corp.
RPN 95, Not Currently Available
RPN 96, H. lory, F. Friedlander, D. King, and C. Kuglin, Megavolt-Megampere Electron Gun Study, Nov 71, Defense Nuclear Agency and Varian Associates
RPN 97, S. Putnam, G. Yonas, I. Smith, and P. Spence, Production of Advanced X-Ray Sources Using Intense Relativistic Beams, Volume I, Intense Electron Beam Generation, Transport, and Diagnosis, Sep 71, Defense Nuclear Agency and Physics International Company
RPN 98, P. Champney, G. Hatch, and I. Smith, Production of Advanced X-Ray Sources Using Intense Relativistic Beams (U), Volume 2, Snark Upgrade Program, Nov 72, Defense Nuclear Agency, and Physics International Company
RPN 99, S. Putnam and P. Spence, Intense Electron Beam Generation, Transport, and Diagnosis, May 73, Defense Nuclear Agency, DNA 2787F, and Physics International Company
RPN 100, M. Friedman, Passage of an Intense Relativistic Electron Beam Through a Cusped Magnetic Field, Mar 70, Laboratory of Plasma Studies, Cornell University
RPN 101, L. E. Thode and R. N. Sudan, Plasma Heating by Intense Relativistic Beams Due to the Two-Stream Interaction, Sep 72, Laboratory of Plasma Studies, Cornell University
RPN 102, E. Ott and R. V. Lovelace, Relativistic Electron Beam, Trajectories, Dec 72, Laboratory of Plasma Studies, Cornell University
RPN 103, H. Devitian, W. L. Gardner, and 1. A. Nation, Relativistic Electron Beam Propagation in Neutral Gases: Pinched Beam Generation and Transport, Dec 72, Laboratory of Plasma Studies, Cornell University
RPN 104, V. Josephson, Tri-Dimensional Plasma Compression Assemblies, Dec 65, EI Segundo Technical Operations, Aerospace Corp.
RPN 105, Not Currently Available
RPN 106, Not Currently Available
RPN 107, D. A. Meskan, H. L. L. van Paassen, and G. G. Comisar, Neutron and X-Ray Production in a Focused Z¬Pinch, Dec 67, Laboratory Operations, Aerospace Corp.
RPN 108, M. H. Dazey and H. L. L. van Paassen, Experimental Study of the MkIA Plasma Neutron Source, Apr 68, Plasma Research Laboratory, Aerospace Corp.
RPN 109, M. J. Bernstein, D. A. Meskan, and H. L. L. van Paassen, Space, Time, and Energy Distributions of Neutrons and X-Rays from a Focused Plasma Discharge, Sep 69, Laboratory Operations, Aerospace Corp.
RPN 110, H. L. L. van Paassen and R. H. Vandre, Description and Operation of the Mark I B Plasma Focus Radiation Facility, Nov 73, Development Operations, Aerospace Corp.
RPN 111, Not Currently Available
RPN 112, Not Currently Available
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Last Updated March 3, 2023 • Electrical and Computer Engineering Department • The University of New Mexico.
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