000928167 001__ 928167
000928167 003__ SzGeCERN
000928167 005__ 20240223163333.0
000928167 041__ $$aeng
000928167 088__ $$aSLAC-PUB-11207
000928167 100__ $$aDöbert, Steffen
000928167 245__ $$aHigh Gradient Performance of NLC/GLC X-Band Accelerating Structures
000928167 260__ $$c2005
000928167 269__ $$aStanford, CA$$bSLAC$$c2005
000928167 300__ $$a3 p
000928167 520__ $$aDuring the past five years, there has been an concerted effort at FNAL, KEK and SLAC to develop accelerator structures that meet the high gradient performance requirements for the Next Linear Collider (NLC) and Global Linear Collider (GLC) initiatives. The structure that resulted is a 60-cm-long, traveling-wave design with low group velocity (< 4% c) and a 150 degree phase advance per cell. It has an average iris size that produces an acceptable short-range wakefield in the linacs, and dipole mode damping and detuning that adequately suppresses the long-range wakefield. More than eight such structures have operated over 1000 hours at a 60 Hz pulse rate at the design gradient (65 MV/m) and pulse length (400 ns), and have reached breakdown rate levels below the limit for the linear collider. Moreover, the structures are robust in that the breakdown rates continue to decrease over time, and if the structures are briefly exposed to air, the rates recover to their low values within a few days. This paper presents a final summary of the results from this program, which effectively ended last August with the selection of 'cold' technology for a next generation linear collider.
000928167 595__ $$aSIS DESY2005
000928167 595__ $$aSIS PAC05-2006
000928167 65017 $$2SzGeCERN$$aAccelerators and Storage Rings
000928167 690C_ $$aARTICLE
000928167 700__ $$aAdolphsen, Chris
000928167 700__ $$aBoffo, Cristian
000928167 700__ $$aBowden, Gordon B
000928167 700__ $$aBurke, David
000928167 700__ $$aCarter, Harry
000928167 700__ $$aChan, Jose
000928167 700__ $$aDolgashev, Valery A
000928167 700__ $$aFrisch, Josef
000928167 700__ $$aFunahashi, Y
000928167 700__ $$aGonin, Ivan V
000928167 700__ $$aHayano, Hitoshi
000928167 700__ $$aHigashi, Norio
000928167 700__ $$aHigashi, Yasuo
000928167 700__ $$aHigo, Toshiyasu
000928167 700__ $$aJobe, R Keith
000928167 700__ $$aJones, Roger M
000928167 700__ $$aKawamata, H
000928167 700__ $$aKhabiboulline, Timergali N
000928167 700__ $$aKirby, Robert
000928167 700__ $$aKume, T
000928167 700__ $$aLewandowski, James R
000928167 700__ $$aLi, Zenghai
000928167 700__ $$aMcCormick, Douglas
000928167 700__ $$aMiller, Roger H
000928167 700__ $$aMishra, Shekhar
000928167 700__ $$aMorozumi, Yuichi
000928167 700__ $$aNantista, Christopher D
000928167 700__ $$aNelson, Janice
000928167 700__ $$aPearson, Chris
000928167 700__ $$aRomanov, Gennady
000928167 700__ $$aRoss, Marc
000928167 700__ $$aSchultz, David
000928167 700__ $$aSmith, Tonee
000928167 700__ $$aSolyak, Nikolay
000928167 700__ $$aTacku Arkan, Tug
000928167 700__ $$aTakata, Koji
000928167 700__ $$aTakatomi, Toshikazu
000928167 700__ $$aTantawi, Sami G
000928167 700__ $$aToge, Nobu
000928167 700__ $$aUeno, K
000928167 700__ $$aWang, Juwen W
000928167 700__ $$aWatanabe, Y
000928167 8564_ $$uhttps://accelconf.web.cern.ch/p05/PAPERS/ROAC004.PDF$$yPublished version from JACoW
000928167 901__ $$uFermilab, Batavia, Illinois
000928167 901__ $$uKEK, Ibaraki
000928167 901__ $$uKEK, Tsukuba, Ibaraki
000928167 901__ $$uSLAC
000928167 916__ $$sn$$w200606
000928167 962__ $$b719664$$k372$$nknoxville20050516
000928167 960__ $$a13
000928167 961__ $$c20070111$$h1540$$lCER01$$x20060208
000928167 963__ $$aPUBLIC
000928167 970__ $$a002596014CER
000928167 980__ $$aARTICLE
000928167 981__ $$a002533265CER01