PPT-Tungsten sources and transport control in JET ITER like wal

N Fedorczak P MonierGarbet T Pütterich S Brezinsek P Devynck R Dumont M Goniche E Jorin E Lerche B Lipschultz E de la Luna G . ITPA IOS Meeting. October 18 – 21, 2011. Kyoto, Japan. T. . A. . Casper. , . D. . Campbell, . Y. . Gribov, S.H. Kim*, . T. . Oikawa, A. Polevoi, J.A. . . Snipes, A. Winter, and . L. . Zabeo. . ITER . Domestic Production and UseA tungsten mine in California produced concentrates in 2013. Approximately eight companies in the United States processed tungsten concentrates, ammonium paratungstate, tun Interim Design Review. Introduction. C Neumeyer. July 26, 2010. July 26-28, 2010. 1. ITER_D_3F7XHR. Outline. Scope. Objectives. Procedure. Chits. Presentations. Context. Issues and Resolution Plan Summary. Interim Design Review. Requirements & Design Point. C Neumeyer. July 26, 2010. July 26-28, 2010. 1. ITER_D_353BL2. Requirements. System . Req’ts. Document (SRD) ITER_D_2MFYMW. CDR version approved Sept 2009. Seung. Bo . Shim. a. , Jin-Woo . Park. b. , . Hyunsun. . Han. c. , . Hae. June . Lee. a. , Yong-Su Na. b. , Jin Yong . Kim. c. a. Pusan. National University, . Busan. , Korea. b. Seoul. National University, Seoul, Korea. ITER Organization. J A Snipes. ITER New Organization Structure. Human Resources . As of end September 2011, the IO has a total of 470 staff members with 299 professional and 171 technical support staff members;. Roger Hutton, . . on behalf of the Shanghai EBIT laboratory.. Shanghai EBIT, Laboratory, Modern Physics Institute, Fudan University.. The Key Lab. of Applied Ion Beam Physics, Ministry of Education, China.. sPHENIX. Detector.  . . Craig Woody, for the PHENIX Collaboration. Physics Department, Brookhaven National Lab. Upton, NY 11973. This work is supported by U.S. Department of Energy Contract DE-AC02-98CH10886.. S.K. Combs, G.E. Gebhart, . D. Rasmussen*, M. Lyttle*, P.B. Parks. #. ORNL, *USITER, . #. GA. M. Lehnen, S. Maruyama, U. Kruezi. ITER . J. Wilson, G. Ellwood, A. Muir. JET- CCFE. Theory and . Simulation of . S.K. Combs, G.E. Gebhart, . D. Rasmussen*, M. Lyttle*, P.B. Parks. #. ORNL, *USITER, . #. GA. M. Lehnen, S. Maruyama, U. Kruezi. ITER . J. Wilson, G. Ellwood, A. Muir. JET- CCFE. Theory and . Simulation of . . Driven by . Fueling. . or Transport?. Tuomas Tala. T. Tala. 1. , S. Mordijck. 2. , H. Nordman. 3. ,. . A. Salmi. 1. , C. Bourdelle. 4. , . J. Citrin. 5. ,. . A. Czarnecka. 6. , F. Eriksson. Material Product Data SheetCast Tungsten Carbide / Nickel [Chromium] Boron Silicon Powders for Plasma Transferred Arc (PTA)PTA Powder Products: Introduction51027 are blended powders of cast tungsten Presently progress as been in the following areas:. Establishing the physics basis of the need to resolve isotopic content down to the 1%-concentration level, including. Impact on the ICRH heating properties in the high-power H-mode plasmas needed for DTE2. isruption. loads. , disruption mitigation and runaway electron avoidance. Disruption Avoidance & Prediction. Disruption Mitigation. Halo current loads (incl. asymmetric) are sufficiently mitigated by high-Z injection.