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Lecture 1: Introduction to ITER - Columbia University

ITER tokamak and major components Table 2 ITER parameters and operational capabilities Parameter Attributes Fusion power 500MW (700MW)a Fusion power gain (Q) 10 (for 400s inductively driven burn);5 (steady-state objective) Plasma major radius (R) 6 2m Plasma minor radius (a) 2 0m Plasma vertical elongation 1 70/1 85 (95 flux surface



ITER Vacuum Handbook

ITER goals because of the scaling in the number of components and the physical size of ITER There are two main vacuum systems on ITER, the Torus primary vacuum which requires ultra-high vacuum (UHV) conditions, and the cryostat primary vacuum which requires clean insulation vacuum conditions with permissible operating pressures



Overview of ITER Project - The FIRE Place

General Principles of ITER Operation-common understanding-• ITER s objective will be pursued through a common international research program developed and executed with participation of the best research personnel from all Parties • Each party should be able to have broad scientific and technical participation in the common ITER



ITER CONCEPTUAL DESIGN: INTERIM REPORT

International Thermonuclear Experimental Reactor (ITER) and subsequently to carry out the design work necessary to establish its conceptual design; (2) define future research and development needs and draw up cost, manpower and schedule estimates for the realization of such a device; (3) define the site requirements for ITER and perform a



ITER Control System - Nucleus

ITER through P rad core (maintaining P sep > P L-H) P tot DEMO1 460 MW P sep DEMO1 154 MW P L-H DEMO1 133 MW • DEMO conventional divertor core radiation & impurity control A Loarte, R Pitts (ITER), Control of power loads, Taming the flame meeting, 2016 ITER study: DEMO Power Exhaust W Treutterer IAEA DEMO Programme Workshop 2018, Daejeon



ITER EDA DOCUMENTATION SERIES NO 22 - IAEA

ITER G A0 FDR 4 01-09-10 R 0 6 Summary of the ITER Final Design Report Page 5 1 Introduction 1 1 Preface This document is a summary of the ITER Final Design Report foreseen during the current,



ITER CONCEPTUAL DESIGN REPORT

ITER Council (IC), which directed the activities and supervised their execution, and (2) the ITER Management Conunittee (IMC), which managed the activities An ITER Scientific and Technical Advisory Committee (ISTAC) advised the IC on scientific and technical matters The ITEE activities, in accordance vuth the overall design schedule,



Lecture 2: How to Design a Tokamak?

Success with the tokamak has led to the initiation of the International Thermonuclear Experimental Reactor project It is designed to produce 1500 MW of fusion power from a deuterium-tritium plasma for pulses of 1000 s or longer and to demonstrate the integration of the plasma and nuclear technologies needed for a demonstration reactor

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