This eclectic mix of ingredients will be turned into ITER, the International Thermonuclear Experimental Reactor — the next big thing
in nuclear fusion research.
Not exact matches
Recent developments
in IFE safety and tritium
research and considerations for future
nuclear fusion facilities
After earning an undergraduate degree from the University of Connecticut, Chang Díaz enrolled as a graduate student
in applied plasma physics at MIT, where he began
research in nuclear fusion.
In fact, some of the more promising technologies involved with
nuclear fusion research use magnetic fields to contain plasmas.
In the future, the report envisions an extensive
nuclear fusion research program centered around a national US
fusion nuclear science facility, but this would require increased funding.
This year, Japan will deploy the world's most powerful supercomputer
in the field of advanced
nuclear fusion research.
German engineers from the Max Planck Institute successfully activated the experimental
nuclear fusion reactor used
in the
research last December and successfully managed to suspend plasma for the first time.
An American
research team
in January discovered a way to initiate
nuclear fusion reactions
in a process called «fast ignition» by using a high - intensity laser, according to the American Association for the Advancement of Science.
The library focuses on materials
in support of PPPL's
research in the fields of plasma physics and controlled
nuclear fusion.
This year, Japan will deploy a Cray XC50 that will be the world's most powerful supercomputer
in the field of advanced
nuclear fusion research.
The high honor from the
Nuclear and Plasma Sciences Society of the Institute of Electrical and Electronics Engineers (IEEE) recognizes outstanding contributions to
research and development
in the field of
fusion technology.
«We've shown that the direct - drive method, is on par with other work being done
in advancing
nuclear fusion research,» said Bose.
As the principal associate director, Wisoff will continue to be responsible for ensuring the safe operation of NIF as a world - class user facility
in support of the National
Nuclear Security Administration's (NNSA) Stockpile Stewardship mission; partnering with Laboratory capabilities to establish leadership
in Stockpile Stewardship science associated with inertial confinement
fusion and high energy density physics; overseeing the development of advanced laser systems, related optical and target systems, control systems and systems engineering capability for
research, commercial and government agencies; and maintaining close partnerships with the Department of Energy / NNSA, the Defense Advanced Research Projects Agency, the Defense Threat Reduction Agency, Missile Defense Agency, Department of Homeland Security, academia and private i
research, commercial and government agencies; and maintaining close partnerships with the Department of Energy / NNSA, the Defense Advanced
Research Projects Agency, the Defense Threat Reduction Agency, Missile Defense Agency, Department of Homeland Security, academia and private i
Research Projects Agency, the Defense Threat Reduction Agency, Missile Defense Agency, Department of Homeland Security, academia and private industry.
After reading yesterday's post on the brewing fight over funding for
nuclear fusion research, Robert L. Hirsch, who directed the country's
fusion energy program
in the 1970s through the Atomic Energy Commission, got
in touch to describe how his views of the prospects of harnessing
fusion as a practical energy source have evolved.
A 2012 review of UK
nuclear energy
research found that UK Government expenditure on
nuclear R&D was just # 66 million
in 2010/11 — around # 30 million each for
research into
fusion and fission.
In the longer term, we could be investing heavily in research into new forms of zero - carbon power, such as nuclear fusion, which are much closer to reality than most people realis
In the longer term, we could be investing heavily
in research into new forms of zero - carbon power, such as nuclear fusion, which are much closer to reality than most people realis
in research into new forms of zero - carbon power, such as
nuclear fusion, which are much closer to reality than most people realise.
Georgetown University Medical Center (Washington, DC) 05/2007 — 01/2010 Imaging Science and Information Systems Center — Insert Title • Train, supervise, and assure the work quality of a team of 3 - 6 regional analysts • Write analytical summaries of open source collections of biological threats and other national security threats • Develop and refine indication and warning methodologies and taxonomies for biological and radiological threats • Offer guidance and expertise on intelligence community interagency
fusion cell for H1N1 «swine flu» • Assist
in research and development work on plant health project • Conduct case studies on state and non-state actor biological weapons programs and orphan source radiological incidents • Participate
in multi-agency tracking of
nuclear proliferation activities
in Eastern Europe, Central Asia, and the Middle East • Perform project lead duties, participate
in the selection process of new employees, and assist with performance appraisals • Awarded the National Intelligence Medallion for organizational work on Project Argus