PPT-Study of the companion plasma during runaway electron mitigation experiments with massive

Sundaresan Sridhar CEAIRFM Cedric Reux CEAIRFM Eric Hollmann UCSD Ivor Coffey CCFE Michael Lehnen ITERIO Peter Beyer PIIMAMU and JET contributors IAEA Technical Meeting on Plasma Disruptions and their Mitigation 2023 July 2020. Physics 5150 PLASMA PHYSICS, Marty Goldman. 1. Notes #1 Feb. 2. We will use. . two-theory. approach to plasma physics: . Maxwell. eqns and . Plasma. eqns. 2. Maxwell's. . eqns. for . E. and . L.J.Mao. (IMP), . H.Zhang. (. Jlab. ). On behalf of colleagues from . Jlab. , BINP . and . IMP. Motivation. . HIRFL-CSR facility. . Cooling Experiments @ HIRFL-CSR. . Simulation works. V.A. Izzo . (University of California San Diego). P.B. Parks . (General Atomics). E. . Hirvijoki. . (Princeton Plasma Physics Laboratory). 2017 PPPL Workshop: Theory and Simulation of Disruptions. 18 July 2017. Prof. Allan Gillespie. University of Dundee. CLIC Workshop - 29 January 2015. FUNCTIONAL MATERIALS. . for. . OPTICAL & PARTICLE BEAMS. . . Manufacturing with . Light. 2. Allan . Gillespie and Amin Abdolvand. Control of edge localized modes by pedestal deposited impurity in the HL-2A tokamak YP Zhang D Mazon XL Zou WL Zhong JM Gao K Zhang P Sun CF Dong 137Category-b Yipo ZHA Massive transfusion protocol (MTPs) . Established to provide rapid blood replacement in a setting of severe . hemorrhage. Early optimal blood transfusion is essential to sustain organ perfusion and oxygenation. Released October 2014 Table of ContentsIntroductionDevelopment of a Massive Transfusion Protocol: Engagement and ScopeTriggers for Initiating Massive TransfusionBlood Product Resuscitation in the Trau Subrata Pradhan & SST-1 Team. Institute for Plasma Research. India. OV 5-5. Steady State Superconducting . Tokamak. (SST-1) at IPR. Outline. SST-1 Parameters. Results in SST-1 from Engineering Validations. . S. V. Kulkarni,. ICRH-RF Group, . Aditya Team. and . Diagnostics Group. Institute for Plasma Research. Bhat, Gandhinagar 382 428. Applications of RF Waves in Tokamaks. 1. . RF heating in ICRH range. Edda Gschwendtner, CERN. w. ith input from A. Caldwell, P. . . Crivelli. , A. Pardons, A. Petrenko, S. . Gninenko. , . M. . Wing . 1. Outline. Introduction to AWAKE. Physics case for a fixed target experiment a la NA64 with AWAKE-like electron beam.. CEA/IRFU Team. Alban . Mosnier (WP2 Leader). Accelerator physicist, expertise in beam dynamics (and instabilities), Linacs (design, SRF), project coordination. Immersed in new acceleration techniques, especially LWFA since two years. 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. design . &. M. itigation . of plasma . g. self-emission. Fabrizio ODORICI - INFN Bologna. The. PANDORA. experiment. 2. Design of an . advanced. plasma . chamber. (1). Requirements. for PANDORA. of plasma . parameters. and confinement, discussion . with. WP2. Injection technique, . comparison. of simulation . with. . experiments. . Definition. of laser . parameters. and . their. . stability.