Plasma-Wakefield Accelerator Group

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PARTIAL-WAVE ANALYSIS OF 3PI SYSTEM IN REACTION K(-)P-]PI(+)PI(-)PI(0)LAMBDA AT 4.2 GEV-C

NUCLEAR PHYSICS B 126:2 (1977) 241-265

Authors:

M CERRADA, F WAGNER, V CHALOUPKA, RJ HEMINGWAY, SO HOLMGREN, MJ LOSTY, R BLOKZIJL, GGG MASSARO, GF WOLTERS, PM HEINEN, EW KITTEL, WJ METZGER, JSM VERGEEST, B FOSTER, J WELLS
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RHO-OMEGA-INTERFERENCE IN REACTIONS K-P-]PI+PI-(LAMBDA,SIGMA-0) AT 4.2 GEV-C

PHYSICS LETTERS B 66:2 (1977) 191-196

Authors:

SO HOLMGREN, M AGUILARBENITEZ, M CERRADA, RJ HEMINGWAY, MJ LOSTY, RP WORDEN, B JONGEJANS, GGG MASSARO, GF WOLTERS, JJ ENGELEN, DJ SCHOTANUS, RT VANDEWALLE, B FOSTER, L LYONS, J WELLS
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Design and optimization of the CLIC beam delivery system at 7 TeV

Physical Review Accelerators and Beams American Physical Society

Authors:

Lewis Kennedy, Vera Cilento, C Caliari, R Tomás, Philip Burrows

Abstract:

A new Beam Delivery System (BDS) has been developed to explore the feasibility of extending the energy reach of CLIC to 7 TeV, either through an extension of existing CLIC linacs or by integrating novel acceleration technologies. This study provides key insights for the design of future multiTeV collider concepts, including a potential 10 TeV plasma wakefield acceleration-based collider. Particular emphasis is placed on developing a more compact Final Focus System (FFS) capable of achieving a luminosity higher than that of previous designs. An in-depth analysis of higher-order optical aberrations and their impact on beam size and luminosity performance is presented.
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