PPT-Snowflake divertor configuration in NSTX

V A Soukhanovskii LLNL Acknowledgements NSTX Team NSTX Results Review Princeton NJ Wednesday 1 December 2010 NSTX Supported by College WampM Colorado Sch Mines Columbia U CompX. University of California at Davis. N.C. Luhmann, Jr.,. R. Barchfeld, C.W. Domier, C.M. Muscatello, M. Sohrabi. NSTX-U Collaborator Research Plan Meetings. April . 25, . 2014. NSTX-U. Supported by . (kevinramus@vandals.uidaho.edu. ),. . K. Baird, C. Gonzalez, G. Wilson, W. . Taresh. , R. Riggs, G. . Korbel. , D. Atkinson, and the Idaho Near Space Engineering Team. University . of . Idaho. Abstract. Two terms. : . Is it a . difference of squares. ? Factor by using: . a. 2. -b. 2. = (. a+b. )(a-b) . Example 1: . 36x. 2. – 49 = (6x). 2. – 7. 2. = (6x-7)(6x+7) . . Example. 2: Factor. R. Raman. D. . Mueller, S.C. . Jardin. for . the NSTX Research Team. NSTX-U . PAC-33 Meeting. PPPL – B318. February 19-21, 2013. NSTX-U. Supported by . Culham Sci Ctr. York U. Chubu U. Fukui U. Hiroshima U. (from SnowCrystals.com) The Snowflake: Winter’s Secret Beauty hey can also be large, perhaps 5mm in ellar dendrite is a single crystal of ice. The molecular ordering of the water molecules is t Department . of Applied . Physics and Applied Mathematics, . Columbia University, New York, NY. University of Washington, Seattle, WA. For the NSTX-U DPAM Working Group. NSTX-U Disruption PAM Working Group Meeting. Questions and Answers from . PAC-37. Day 2. NSTX-U PAC-37. PPPL. January 27, 2016. Questions from NSTX-U PAC-37 . (Day 2). What is the personnel allocation (FTE or headcount) by research group or . topic?. Student: Vishesh Verma, Stevenson High School. Faculty Advisor: Professor . Shuwang. Li, Applied Math Department, IIT Chicago. Crystal Growth Problem . Crystal growth problem Is a classical example of a phase transformation from the liquid phase to the solid phase via heat transfer, for example the formation of snowflakes. Vacuum ultraviolet and Ultraviolet Spectrometers for Real-time . Radiative. . Divertor. Feedback Control in the NSTX-U . Tokamak.  . Madison, WI, 5-9 June 2016, 2016 . To prevent excessive erosion and thermal damage of . Snowflake Symmetry. Six sided crystals. Snowflakes are all six sided because of their chemistry. Snowflakes are made of water molecules. Water molecules are “polar” – they have an electrical charge. for NSTX-U. W.M. Davis. G. J. Tchilinguirian, . T. Carroll, K. G. Erickson, S. P. Gerhardt, P. Henderson,. . S. H. Kampel, P. Sichta, G. N. Zimmer. and the NSTX-U Research Team. NSTX-U. Supported by . Based on the ITER-like and Snowflake divertor configuration of CFETR (Phase I, R = 5.7 m), SOLPS simulation is performed to understand the performance of radiative quasi-snowflake . divertor . with argon seeding.. Yang . Ren. Walter Guttenfelder. Gregory W. Hammett. for the NSTX-U Research Team. NSTX-U PAC-33 Meeting. PPPL – B318. February 19-21, 2013. NSTX-U. Supported by . Culham Sci Ctr. York U. Chubu U. Bhat. , . Gandhinagar. ADITYA . Upgradation. with . Divertor. Configuration. Contributions from:. Deepti. Sharma . –. Equilibrium study (IPREQ). Richa. . Bandyopadhyay. . –. Transport simulation (TSC).