The ARIES-I design is nearing completion. The ARIES-II design work will begin soon and will be based on an advanced physics DT tokamak operating in the second stability regime. The ARIES-I blanket design team has selected the 5 MPa helium-cooled design as the reference blanket for study. Beryllium neutron multiplier will be used together with an advanced super-critical steam cycle for power conversion. Model ICRF tetrode tube anodes demonstrated the equivalent of plate dissipation, exceeding expectations. Full size tubes are being constructed for testing at JAERI. International fusion nuclear data cooperation activities continued to expand. The exposure of 12 well-characterized graphite tiles in the divertor region of DIII-D continues. The ...
The DIII-D national fusion research program focuses on establishing the scientific basis for optimiz...
We conducted physics experiments: record normalized {Beta} = 4.9 achieved in VH-mode, {Beta} limits ...
Work continued on the development of the high-pressure helium-cooled design for the PULSAR reactor s...
During this period, the ARIES-I blanket design team has concentrated its efforts on preparation of t...
During this period, the ARIES-I blanket design team completed the preparation of the ARIES-I reactor...
Highlights of the DIII-D Research Operations are: began experimental research operations; successful...
Brief summaries are given for DIII-D Research Operations covering the following areas: beta and stab...
The DIII-D tokamak research program is managed by General Atomics (GA) for the US Department of Ener...
The DIII-D tokamak research program is carried out by General Atomics for the U.S. Department of Ene...
During this period work was continued on analyzing the use of the shield for the thermal energy stor...
The mission of the DIII-D research program is to advance fusion energy science understanding and pre...
A scoping level analysis of heat exhaust for the DEMO divertor strawman design was performed. It was...
Two hundred and twenty-five papers relevant to fusion technology and engineering were presented at t...
The main goals of the DIII-D experiments in 1997 were, by extending and integrating the understandin...
The ARIES study is a community effort to develop several visions of tokamaks as fusion power reactor...
The DIII-D national fusion research program focuses on establishing the scientific basis for optimiz...
We conducted physics experiments: record normalized {Beta} = 4.9 achieved in VH-mode, {Beta} limits ...
Work continued on the development of the high-pressure helium-cooled design for the PULSAR reactor s...
During this period, the ARIES-I blanket design team has concentrated its efforts on preparation of t...
During this period, the ARIES-I blanket design team completed the preparation of the ARIES-I reactor...
Highlights of the DIII-D Research Operations are: began experimental research operations; successful...
Brief summaries are given for DIII-D Research Operations covering the following areas: beta and stab...
The DIII-D tokamak research program is managed by General Atomics (GA) for the US Department of Ener...
The DIII-D tokamak research program is carried out by General Atomics for the U.S. Department of Ene...
During this period work was continued on analyzing the use of the shield for the thermal energy stor...
The mission of the DIII-D research program is to advance fusion energy science understanding and pre...
A scoping level analysis of heat exhaust for the DEMO divertor strawman design was performed. It was...
Two hundred and twenty-five papers relevant to fusion technology and engineering were presented at t...
The main goals of the DIII-D experiments in 1997 were, by extending and integrating the understandin...
The ARIES study is a community effort to develop several visions of tokamaks as fusion power reactor...
The DIII-D national fusion research program focuses on establishing the scientific basis for optimiz...
We conducted physics experiments: record normalized {Beta} = 4.9 achieved in VH-mode, {Beta} limits ...
Work continued on the development of the high-pressure helium-cooled design for the PULSAR reactor s...