Proceedings of the XVIII International Linear Accelerator Conference: August 26-30, 1996, Geneva, Switzerland, Issue 7, Volume 1 |
From inside the book
Results 1-3 of 85
Page 9
... produced neutrons is roughly proportional to the beam power . research reactors have up to now produced abundant continuous neutron fluxes for research in physics . These neutrons have the advantage of being thermalized at a temperature ...
... produced neutrons is roughly proportional to the beam power . research reactors have up to now produced abundant continuous neutron fluxes for research in physics . These neutrons have the advantage of being thermalized at a temperature ...
Page 71
... produced using this technique [ 2 ] . Additional impurity ions , O * at 4 parts per thousand ( ppt ) and OH and H2O * at << 1ppt are produced . We report further progress using this technique and similar results we have achieved for cw ...
... produced using this technique [ 2 ] . Additional impurity ions , O * at 4 parts per thousand ( ppt ) and OH and H2O * at << 1ppt are produced . We report further progress using this technique and similar results we have achieved for cw ...
Page 111
... produced , as for instance hydrogen , that damages the film structure if it is over a certain threshold . To use the RGA during sputtering process , due to relatively high operating pressure ( ~ 103 mbar ) , we need a differential ...
... produced , as for instance hydrogen , that damages the film structure if it is over a certain threshold . To use the RGA during sputtering process , due to relatively high operating pressure ( ~ 103 mbar ) , we need a differential ...
Contents
MO102 Major Projects for the Use of High Power Linacs | 9 |
THP28 Measurement of HOMPropagation through Cavity Chains in Terms of SParameters 716 | 14 |
MO201 Jefferson Lab A Status Report | 17 |
Copyright | |
86 other sections not shown
Common terms and phrases
accelerating structures amplitude beam current beam dynamics beam energy beam transport beamline bunch length buncher calculated cathode cavity cell CERN chopper components Conf coupler cyclotron deflector density developed diagnostic distribution drift tube electric field electron beam emittance growth energy spread experimental facility factor Faraday cup Figure focusing frequency gradient halo Heavy Ion high energy injection injector input intensity ion beam ion source jitter klystron laser LEBT linac Linear Accelerator Linear Collider longitudinal machine magnetic matching maximum measured mode module monitor mrad MV/m neutron operation output parameters Particle Accelerator performance phase space photocathode plasma positron Proc produced proton pulse quadrupole radiation radioactive beam radius resonator RF cavities rf power shown in Fig simulation SLAC space charge Spring-8 stripper superconducting synchrotron tank target transverse tuning UNILAC upgrade vacuum voltage wakefield waveguide