Electron Beam Extraction from INS AG Synchrotron. : Part I. Theory
スポンサーリンク
概要
- 論文の詳細を見る
The theoretical basis for the electron beam extraction from the INS 0.75 GeV AG synchrotron is given. The method is essentially a Piccioni scheme in which the beryllium absorber target and two cascade kicker magnets are used. The extraction efficiency is calculated from the properties of the accelerated beam of the accelerator, the energy and angular distribution of the particles after passing through the absorber and the characteristics of betatron oscillations of the electrons in the guide field containing two pulse magnetic fields and the fringing field of the synchrotron magnet. The efficiency is found to be about 40% at most.
- 社団法人応用物理学会の論文
- 1967-02-15
著者
-
Kawasaki Sunao
Institute For Nuclear Study University Of Tokyo:(present Address) Institute Of Plasma Physics Nagoya
-
Kawasaki Sunao
Institute For Nuclear Study University Of Tokyo:(present Address) Institute Of Plasma Physics Univer
-
Huke Kazuo
Department Of Physics Faculty Of Science Tokyo University
関連論文
- A Quick Acting Gas Valve Driven through a Resistive Wall
- A Simple Vacuum Crowbar Switch up to 1 MA
- One-Third Resonance Extraction from INS AG Electron Synchrotron
- Electron Beam Extraction from INS AG Synchrotron. : Part II. Experiment
- Coaxial Marx Generator for Producing Intense Relativistic Electron Beams
- An Electron Model of Axially Symmetric Isochronous Cyclotron
- On the Momentum Compaction in a Cyclic Accelerator
- Combination of Electric and Magnetic Focusings in Cyclic Accelerators
- Voltage Programming of Radio Frequency Accelerations in an Alternating Gradient Proton Synchrotron
- Pole Face Windings in the Todai AG Electron Synchrotron
- The Effect of Field Bump in A Strong Focusing Synchrotron
- A High Resolution Echelle Mortochrornator and Its Application to Ion Temperature Measurement of He Plasma
- Electron Beam Extraction from INS AG Synchrotron. : Part I. Theory
- Energy Analyser in the Axial Magnetic Field for Hot Electrons Emitted from Plasmas
- Energy Analyser in the Axial Magnetic Field for Hot Electrons Emitted from Plasmas
- Diffusion, of, Multipole, Magnetic, Fields, through, a, Conductive, Wall, of, a, Plasma, Container