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Senate committee acts on fusion budget.



The full Senate Committee on Appropriations has recommended that the DOE Office of Fusion Energy Sciences receive $257,310,000 which was the President's FY 2004 request level. This is $10,800,000 less than recommended by the House. The House has passed the DOE appropriations bill; the Senate is expected to pass its appropriations bill shortly. The two versions will then go to House-Senate conference for resolution of differences, before going to the President for signature.

The Senate committee criticized the DOE's proposed funding distributions, saying they "question the Department's commitment to supporting ITER ITER. A foot way. Vide Way.  without prejudice Without any loss or waiver of rights or privileges.

When a lawsuit is dismissed, the court may enter a judgment against the plaintiff with or without prejudice. When a lawsuit is dismissed without prejudice
 or damage to alternative fusion technologies, much less other Departmental science programs."

For the inertial confinement fusion Inertial confinement fusion (ICF) is a process where nuclear fusion reactions are initiated by heating and compressing a fuel target, typically in the form of a pellet that most often contains a mixture of deuterium and tritium.  program, within the DOE's defense budget, the committee recommended $432,769,000, compared to the President's request for $466,769,000 and the House recommendation of $511,769,000. The committee did say, however, that their recommendations included $5 million "to initiate assessments and initial development and testing of Z-pinch inertial fusion energy,"

The report language is as follows:

FUSION ENERGY SCIENCES

The Committee recommendation for fusion energy sciences is $257,310,000, an amount that is equal to the budget request. The fusion energy sciences program supports research emphasizing the underlying basic research in plasma and fusion sciences, with the long-term goal of harnessing fusion as a viable energy source.

International Thermonuclear ther·mo·nu·cle·ar  
adj.
1. Of, relating to, or derived from the fusion of atomic nuclei at high temperatures: thermonuclear reactions.

2.
 Experimental Reactor--The Committee recommendation includes the budget request of $1,990,000 to allow the Department to enter multilateral international negotiations aimed at building the International Thermonuclear Experimental Reactor (ITER), a burning plasma physics Noun 1. plasma physics - the branch of physics concerned with matter in its plasma phase
natural philosophy, physics - the science of matter and energy and their interactions; "his favorite subject was physics"
 experiment many view as an essential next step toward eventually developing fusion as a commercially viable energy source. Reasonably conservative estimates suggest that the United States' participation in ITER will require approximately $1,500,000,000 over the next 10 years in direct contributions to the construction of ITER and in supporting science. The Department's request of less than $2,000,000 in direct support of the ITER project for fiscal year 2004 certainly leads the Committee to question the Department's commitment to supporting ITER without prejudice or damage to alternative fusion technologies, much less other Departmental science programs.

The Department's proposed fiscal year 2004 budget proposes to cut severely long-term activities in fusion technology and advanced design that will have significant impact on the ultimate attractiveness of fusion power Fusion power refers to power generated by nuclear fusion reactions. In this kind of reaction, two light atomic nuclei fuse together to form a heavier nucleus and release energy. . The Committee recommends that, within available funds, the Department should make adjustments to redress the imbalance resulting from these cuts.

INERTIAL CONFINEMENT FUSION AND HIGH YIELD

The Committee recommends $432,769,000 a decrease of $34,000,000 from the budget request. The Committee recommendation includes $150,000,000 for the National Ignition Facility The National Ignition Facility, or NIF, is a high-energy, high-power laser research device under construction at the Lawrence Livermore National Laboratory, in Livermore, California.  construction, project 96-D-111, and $282,769,000 for the ICF (Internet Connection Firewall) The built-in firewall in Windows XP. It provides a stateful inspection of packets which accepts only responses to requests originated by the user.  ignition and high yield program.

National Ignition Facility--The Committee recommendation includes $150,000,000 for construction and $96,300,000 for the NIF NIF

See: Note issuance facility
 demonstration program, consistent with the revised NIF project baseline. All construction and support activities related to the NIF should be funded from either the NIF construction line or the NIE NIE Newspapers in Education
NIE National Intelligence Estimate (US government)
NIE Newspaper In Education
NIE National Institute of Education (various countries) 
 demonstration program. The Committee is concerned about the dramatic growth in other NIF-related activities funded elsewhere in the inertial confinement fusion campaign and specifically rejects that portion of the budget request. As such, the budget request for experimental support technologies is reduced by $44,000,000, and the balance of that subprogram sub·pro·gram  
n.
A computer program contained within another program that operates semi-independently of the encasing program.

Noun 1.
 is directed towards the support of other high energy density physics laboratories and facilities.

Inertial Fusion Technology--The Committee recommendation includes $5,000,000 to initiate assessments and initial development and testing of Z-Pinch inertial fusion energy.

Petawatt Lasers--The Committee also includes an additional $5,000,000 for university grants and other support. Within this amount, $2,500,000 is provided for continued development of an ultra-short-pulse petawatt laser at the University of Texas; and $2,500,000 is provided to continue short-pulse laser development and research at the University of Nevada, Reno The University of Nevada, Reno (Nevada or UNR) is a university located in Reno, Nevada, USA, and is known for its programs in agricultural research, animal biotechnology, and mining-related engineering and natural sciences. .

The Committee understands that high intensity laser physics enables major new areas of science and engineering endeavor in the United States and that advances in this field will enable important progress in critical aspects of basic science, fusion energy, and national security. A robust, coordinated program in high intensity lasers will affordably maintain U.S. leadership in this critically important area. Accordingly, the Committee directs the Department to pursue a joint high-intensity laser program with the National Science Foundation. The Committee further directs the NNSA NNSA National Nuclear Security Administration
NNSA National Nurses Society on Addictions
NNSA Norfolk Naval Sailing Association
NNSA Native Nations Sustainable Alliance (Phoenix, Arizona) 
 and the Department's Office of Science to develop, in collaboration with the NSF NSF - National Science Foundation , a report that identifies the benefits and disadvantages of multi-agency coordinated research in high intensity laser science and delineates how a joint program in this area will be structured. This report should be delivered to the Committee no later than April 15, 2004.
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Publication:Fusion Power Report
Geographic Code:1USA
Date:Sep 1, 2003
Words:793
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