Title |
Other Keywords |
Page |
An All Solid-State Line-Type Modulator for 10% Duty Factor |
cathode, electron, linac, modulator |
365 |
- P.J.T. Bruinsma, E. Heine, G.J. Koenderink, J.J. van Koeverden Brouwer
|
|
Klystrons for Accelerator Improvements |
accelerator, electron, ion, polarization |
369 |
- R.L. Stringall, J.V. Lebacqz, D.L. Russell
|
|
Operational Aspects of the SLAC Main Control Center |
accelerator, electron, spectrum, target |
510 |
- K. Crook, T.V. Huang, G. Nelson, V. Price
|
|
Some Effects of (Now Having) Computer Control for the Stanford Linear Accelerator |
accelerator, controls, quadrupole, tune |
541 |
|
|
RF Phase Control System |
acceleration, electron, field, synchrotron |
593 |
- R. Sundelin, M. Tigner, E. von Borstel
|
|
Experience with Touch Panel Control at SLAC |
accelerator, controls, ion, software |
636 |
|
|
Initial Operation of the MIT Electron Linear Accelerator |
electron, injection, linac, waveguide |
914 |
|
|
Operation of a High Gradient Recirculating RF Accelerating Cavity |
acceleration, accelerator, synchrotron, vacuum |
928 |
- J. L. Kirchgessner, M. Tigner
|
|
100% Duty Factor Electron Linac |
cw, electron, gun, linac |
932 |
- J.E.E. Baglin, A.J. Bureau, B.C. Cook, G.E. Holland, R.C. Morrison
|
|
Operating Characteristics of Argonne's 50 s RF Particle Separator Beam |
optics, proton, rf separator, waveguide |
949 |
- A. Moretti, R. Ammar, J.W. Dawson, B. Musgrave, T.P. Wangler, H. Yuta
|
|
The Racetrack Microtron as a Negative Pion Source for Radiotherapy |
accelerator, electron, microtron, pion |
1018 |
|
|