Difference between revisions of "CeC Simulation Meeting"

From CASE
Jump to: navigation, search
(Meeting Agenda)
(Meeting Agenda)
Line 5: Line 5:
  
 
* 09/07/2017:  
 
* 09/07/2017:  
** [[media:Meeting_09_07_2017_Jun.pdf|CeC simulations (Start to end simulation with reduced beam current, 40A->31A. FEL works in the linear region with bunching amplification of 300. The gain at ion is ~140. The optimal lattice functions at undulator entrance are found with space charge effects taken into account.)]],  by Jun Ma;
+
** [[media:Meeting_09_07_2017_Jun.pdf|CeC simulations (Start to end simulation with reduced beam current, 40A->31A. The gain at ion is ~140. The optimal lattice functions at undulator are found with space charge effects taken into account.)]],  by Jun Ma;
 
* 08/31/2017:  
 
* 08/31/2017:  
 
** [[media:Meeting_08_31_2017_Jun.pdf|CeC simulations (Start to end simulation with not-so-matched beam at undulator entrance, beta functions are a factor of two larger. The intention is to see to what extent the beam has to be matched. Current is too large and FEL saturated)]],  by Jun Ma;
 
** [[media:Meeting_08_31_2017_Jun.pdf|CeC simulations (Start to end simulation with not-so-matched beam at undulator entrance, beta functions are a factor of two larger. The intention is to see to what extent the beam has to be matched. Current is too large and FEL saturated)]],  by Jun Ma;

Revision as of 16:37, 8 September 2017

Meeting Goals

The CeC simulation meeting is focused on developing simulation as well as analytical tools to advance understandings of coherent electron cooling (CeC).

Meeting Agenda