World Survey of Fusion Devices 2022 / IAEA, issuing body.

Format:

Book

Contributor:

IAEA, issuing body.

Series:

Non-serial publication.

Non-Serial Publication

Language:

English

Subjects (All):

Nuclear fusion.

Plasma (Ionized gases).

Physical Description:

1 online resource (182 pages)

Edition:

First edition.

Place of Publication:

Vienna, Austria : International Atomic Energy Agency, [2022]

Summary:

The 'World Survey of Fusion Devices 2022' by the International Atomic Energy Agency provides a comprehensive overview of global fusion devices. It details experimental and demonstration designs, testing facilities, and plant designs that are currently in operation, under construction, or planned. The publication is an extension of the Fusion Device Information System (FusDIS) database, which includes information on both public and private fusion devices. The IAEA aims to facilitate international collaboration and share best practices in the pursuit of making fusion energy a viable energy source. The book serves as a valuable resource for researchers and policymakers involved in nuclear fusion research and development. Generated by AI.

Contents:

Intro

1. INTRODUCTION

1.1. BACKGROUND

1.2. OBJECTIVE

1.3. SCOPE

1.4. STRUCTURE

2. experimental TOKAMAKS

2.1. NOVA-FURG (Federal University of Espírito Santo, BRAZIL)

2.1.1. Introduction

2.1.2. Purpose

2.1.3. Main features

2.2. ETE (National Institute for Space Research, BRAZIL)

2.2.1. Introduction

2.2.2. Purpose

2.2.3. Main features

2.3. TCABR (UNIVERSITY OF SÃO PAULO, BRAZIL)

2.3.1. Introduction

2.3.2. Purpose

2.3.3. Main features

2.4. STOR-M (UNIVERSITY OF SASKATCHEWAN, CANADA)

2.4.1. Introduction

2.4.2. Purpose

2.4.3. Main features

2.5. EAST (Chinese Academy of Sciences, China)

2.5.1. Introduction

2.5.2. Purpose

2.5.3. Main features

2.6. EXL-50 (ENN, CHINA)

2.6.1. Introduction

2.6.2. Purpose

2.6.3. Main features

2.7. HL-2A (SOUTHWESTERN INSTITUTE OF PHYSICS, CHINA)

2.7.1. Introduction

2.7.2. Purpose

2.7.3. Main features

2.8. HL-2M (SOUTHWESTERN INSTITUTE OF PHYSICS, CHINA)

2.8.1. Introduction

2.8.2. Purpose

2.8.3. Main features

2.9. J-TEXT (Huazhong University of Science and Technology, CHINA)

2.9.1. Introduction

2.9.2. Purpose

2.9.3. Main features

2.10. SUNIST-1 (Tsinghua University, CHINA)

2.10.1. Introduction

2.10.2. Purpose

2.10.3. Main features

2.11. MEDUSA-CR (Instituto Tecnologico de Costa Rica, COSTA RICA)

2.11.1. Introduction

2.11.2. Purpose

2.11.3. Main features

2.12. GOLEM (Czech Technical University, Czech Republic)

2.12.1. Introduction

2.12.2. Purpose

2.12.3. Main features

2.13. COMPASS-U (Institute of Plasma Physics, Czech Republic)

2.13.1. Introduction

2.13.2. Purpose

2.13.3. Main features

2.14. NORTH (Technical University of Denmark, DENMARK)

2.14.1. Introduction

2.14.2. Purpose

2.14.3. Main features.

2.15. EGYPTOR (Egyptian Atomic Energy Authority, EGYPT)

2.15.1. Introduction

2.15.2. Purpose

2.15.3. Main features

2.16. iter (iter organization, FRANCE)

2.16.1. Introduction

2.16.2. Purpose

2.16.3. Main features

2.17. WEST (CEA, FRANCE)

2.17.1. Introduction

2.17.2. Purpose

2.17.3. Main features

2.18. ASDEX Upgrade (Max Planck Institute for Plasma Physics, GERMANY)

2.18.1. Introduction

2.18.2. Purpose

2.18.3. Main features

2.19. ADITYA-U (Institute for Plasma Research, INDIA)

2.19.1. Introduction

2.19.2. Purpose

2.19.3. Main features

2.20. SST-1 (Institute for Plasma Research, INDIA)

2.20.1. Introduction

2.20.2. Purpose

2.20.3. Main features

2.21. SSST (Institute for Plasma Research, INDIA)

2.21.1. Introduction

2.21.2. Purpose

2.21.3. Main features

2.22. ALVAND (Iran Atomic Energy Organization, Islamic Republic of IRAN)

2.22.1. Introduction

2.22.2. Purpose

2.22.3. Main features

2.23. DAMAVAND (Iran Atomic Energy Organization, Islamic Republic of IRAN)

2.23.1. Introduction

2.23.2. Purpose

2.23.3. Main features

2.24. IR-T1 (Islamic Azad University, Islamic Republic of IRAN)

2.24.1. Introduction

2.24.2. Purpose

2.24.3. Main features

2.25. dtt (ENEA, ITALY)

2.25.1. Introduction

2.25.2. Purpose

2.25.3. Main features

2.26. FTU (ENEA, ITALY)

2.26.1. Introduction

2.26.2. Purpose

2.26.3. Main features

2.27. LATE (Kyoto University, Japan)

2.27.1. Introduction

2.27.2. Purpose

2.27.3. Main features

2.28. PLATO (Kyushu University, Japan)

2.28.1. Introduction

2.28.2. Purpose

2.28.3. Main features

2.29. QUEST (KYUSHU UNIVERSITY, JAPAN)

2.29.1. Introduction

2.29.2. Purpose

2.29.3. Main features

2.30. HYBTOK-II (Nagoya University, JAPAN)

2.30.1. Introduction

2.30.2. Purpose.

2.30.3. Main features

2.31. TOKASTAR-2 (Nagoya University, JAPAN)

2.31.1. Introduction

2.31.2. Purpose

2.31.3. Main features

2.32. JT-60SA (National Institutes for Quantum and Radiological Science and Technology, JAPAN)

2.32.1. Introduction

2.32.2. Purpose

2.32.3. Main features

2.33. TST-2 (The University of Tokyo, JAPAN)

2.33.1. Introduction

2.33.2. Purpose

2.33.3. Main features

2.34. UTST (The University of Tokyo, JAPAN)

2.34.1. Introduction

2.34.2. Purpose

2.34.3. Main features

2.35. PHiX (Tokyo Institute of Technology, JAPAN)

2.35.1. Introduction

2.35.2. Purpose

2.35.3. Main features

2.36. HIST (University of Hyogo, JAPAN)

2.36.1. Introduction

2.36.2. Purpose

2.36.3. Main features

2.37. KTM (Institute of Atomic Energy of National Nuclear Center of the Republic of Kazakhstan, Kazakhstan)

2.37.1. Introduction

2.37.2. Purpose

2.37.3. Main features

2.38. LIBTOR (Tajoura Nuclear Research Centre, Libya)

2.38.1. Introduction

2.38.2. Purpose

2.38.3. Main features

2.39. GLAST-III (Pakistan Atomic Energy Commission, Pakistan)

2.39.1. Introduction

2.39.2. Purpose

2.39.3. Main features

2.40. MT-1 (Pakistan Atomic Energy Commission, Pakistan)

2.40.1. Introduction

2.40.2. Purpose

2.40.3. Main features

2.41. MT-2 (Pakistan Atomic Energy Commission, Pakistan)

2.41.1. Introduction

2.41.2. Purpose

2.41.3. Main features

2.42. PST (Pakistan Atomic Energy Commission, Pakistan)

2.42.1. Introduction

2.42.2. Purpose

2.42.3. Main features

2.43. ISTTOK (Instituto Superior Técnico, PORTUGAL)

2.43.1. Introduction

2.43.2. Purpose

2.43.3. Main features

2.44. KSTAR (Korea Institute of Fusion Energy, Republic of Korea)

2.44.1. Introduction

2.44.2. Purpose

2.44.3. Main features.

2.45. VEST (Seoul National University, Republic of Korea)

2.45.1. Introduction

2.45.2. Purpose

2.45.3. Main features

2.46. FT-2 (IOFFE INSTITUTE, RUSSIAN feDERATION)

2.46.1. Introduction

2.46.2. Purpose

2.46.3. Main features

2.47. GLOBUS-M2 (IOFFE INSTITUTE, RUSSIAn Federation)

2.47.1. Introduction

2.47.2. Purpose

2.47.3. Main features

2.48. TUMAN-3M (IOFFE INSTITUTE, RUSSIAn Federation)

2.48.1. Introduction

2.48.2. Purpose

2.48.3. Main features

2.49. T-15MD (National Research Centre Kurchatov Institute, RUSSIAn Federation)

2.49.1. Introduction

2.49.2. Purpose

2.49.3. Main features

2.50. GUTTA (Saint Petersburg State University, RUSSIAn Federation)

2.50.1. Introduction

2.50.2. Purpose

2.50.3. Main features

2.51. T-11M (Troitsk Institute for Innovation and Fusion Research, RUSSIAn Federation)

2.51.1. Introduction

2.51.2. Purpose

2.51.3. Main features

2.52. SMART (University of Seville, SPAIN)

2.52.1. Introduction

2.52.2. Purpose

2.52.3. Main features

2.53. TCV (Swiss Plasma Center, Switzerland)

2.53.1. Introduction

2.53.2. Purpose

2.53.3. Main features

2.54. TT-1 (Thailand Institute of Nuclear Technology, Thailand)

2.54.1. Introduction

2.54.2. Purpose

2.54.3. Main features

2.55. JET (Eurofusion, United Kingdom)

2.55.1. Introduction

2.55.2. Purpose

2.55.3. Main features

2.56. ST40 (Tokamak Energy, United Kingdom)

2.56.1. Introduction

2.56.2. Purpose

2.56.3. Main features

2.57. MAST-U (UKAEA, United Kingdom)

2.57.1. Introduction

2.57.2. Purpose

2.57.3. Main features

2.58. HBT-EP (Columbia University, UNITED STATES OF AMERICA)

2.58.1. Introduction

2.58.2. Purpose

2.58.3. Main features

2.59. SPARC (Commonwealth Fusion Systems, United states of america)

2.59.1. Introduction.

2.59.2. Purpose

2.59.3. Main features

2.60. DIII-D (General Atomics, United States OF AMERICA)

2.60.1. Introduction

2.60.2. Purpose

2.60.3. Main features

2.61. LTX-β (Princeton Plasma Physics Laboratory, United States OF AMERICA)

2.61.1. Introduction

2.61.2. Purpose

2.61.3. Main features

2.62. NSTX-U (Princeton Plasma Physics Laboratory, United States OF AMERICA)

2.62.1. Introduction

2.62.2. Purpose

2.62.3. Main features

2.63. Pegasus-III (University of Wisconsin-Madison, United States OF AMERICA)

2.63.1. Introduction

2.63.2. Purpose

2.63.3. Main features

3. experimental STELLARATORS/HELIOTRONS

3.1. CFQS (SOUTHWEST JIAOTONG UNIVERSITY, China)

3.1.1. Introduction

3.1.2. Purpose

3.1.3. Main features

3.2. SCR-1 (Instituto Tecnologico de Costa Rica, Costa Rica)

3.2.1. Introduction

3.2.2. Purpose

3.2.3. Main features

3.3. Renaissance fusion (Renaissance fusion, France)

3.3.1. Introduction

3.3.2. Purpose

3.3.3. Main features

3.4. Wendelstein 7-X (Max Plank Institute for Plasma Physics, Germany)

3.4.1. Introduction

3.4.2. Purpose

3.4.3. Main features

3.5. TJ-K (University of StuttgarT, Germany)

3.5.1. Introduction

3.5.2. Purpose

3.5.3. Main features

3.6. HELIOTRON J (Kyoto University, Japan)

3.6.1. Introduction

3.6.2. Purpose

3.6.3. Main features

3.7. LHD (National Institute for Fusion Science, Japan)

3.7.1. Introduction

3.7.2. Purpose

3.7.3. Main features

3.8. TJ-II (CIEMAT, SPAIN)

3.8.1. Introduction

3.8.2. Purpose

3.8.3. Main features

3.9. URAGAN-2M (Institute of Plasma Physics National Science Center, Ukraine)

3.9.1. Introduction

3.9.2. Purpose

3.9.3. Main features

3.10. URAGAN-3M (Institute of Plasma Physics National Science Center, Ukraine)

3.10.1. Introduction.

3.10.2. Purpose.

Notes:

Includes bibliographical references.

Description based on publisher supplied metadata and other sources.

Part of the metadata in this record was created by AI, based on the text of the resource.

Description based on print version record.

Other Format:

Print version: IAEA World Survey of Fusion Devices 2022

ISBN:

9789201431226

OCLC:

1376192930