Superconducting Super Collider Program and the Department of Energy's Budget for Fundamental Science: Hearing Before the Subcommittee on Energy Research and Development of the Committee on Energy and Natural Resources, United States Senate, One Hundred First Congress, Second Session, ... April 24, 1990U.S. Government Printing Office, 1990 - 407 pages |
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Page 46
The preliminary base - line design completed in January of this year contains two
major technical design changes based on new information since the original
1986 design was completed . The injector , which sends protons into the main 54
...
The preliminary base - line design completed in January of this year contains two
major technical design changes based on new information since the original
1986 design was completed . The injector , which sends protons into the main 54
...
Page 63
Design changes proposed by the Laboratory include increasing injection energy
into the collider from 1 TeV to 2 Tev , increasing the inner diameter of the
superconducting dipole magnet coils from 4 centimeters to 5 centimeters ,
increasing ...
Design changes proposed by the Laboratory include increasing injection energy
into the collider from 1 TeV to 2 Tev , increasing the inner diameter of the
superconducting dipole magnet coils from 4 centimeters to 5 centimeters ,
increasing ...
Page 127
The bypass idea was introduced to add a measure of flexibility in the
experimental program of the Laboratory . In the 1986 conceptual design , all the
experimental halls were placed along the collider ring , so that if any repairs or
changes had ...
The bypass idea was introduced to add a measure of flexibility in the
experimental program of the Laboratory . In the 1986 conceptual design , all the
experimental halls were placed along the collider ring , so that if any repairs or
changes had ...
Page 153
The cost increase arises primarily from two types of changes . ... The second type
involves technical changes ( higher injection energy and a larger magnet
aperture ) . The main reason for the technical change is because largescale. 153.
The cost increase arises primarily from two types of changes . ... The second type
involves technical changes ( higher injection energy and a larger magnet
aperture ) . The main reason for the technical change is because largescale. 153.
Page 154
The main reason for the technical change is because largescale accelerators
using superconducting magnets have only ... SSCL judges these technical
changes to be required for reliable operation and efficient commissioning of the
new ...
The main reason for the technical change is because largescale accelerators
using superconducting magnets have only ... SSCL judges these technical
changes to be required for reliable operation and efficient commissioning of the
new ...
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Expressions et termes fréquents
accelerator activities Advanced American Answer areas Arlington TX Associates basic Blvd BROMLEY budget build BUSINESS COMPANY ADDRESS California Central CHAIRMAN changes CITY Committee Communications Company completed Computer Construction continue Corporation cost Dallas TX Department Drive East Electric Electronics Engineering Enterprises Equipment experiments facilities FIRMS INTERESTED forces foreign fundamental funding goal going Group High Energy Physics Houston TX important Inc PO Box increase Industries INTERESTED IN SSCL International Irving Laboratory machine magnets major million nature North nuclear Office Oklahoma operation P.O. Box participation particles percent Products proposed Question request responsibility scientific scientists Senator FORD Services South SSC Laboratory SSCL BUSINESS COMPANY Street Suite superconducting Supply Systems technical Texas Texas Texas understanding University West Worth TX
Fréquemment cités
Page 65 - Is for CEBAF, an accelerator with electron beams in the energy range of 0.5 to 4.0 GeV that will provide access to the critical transition region between the traditional (ie, nucleon) and the emerging (ie, quark) descriptions of nuclear matter.
Page 55 - Agencies, as well as with the Office of Management and Budget, the Office of Science and Technology Policy, and the Homeland Security Council.
Page 102 - The FY 1991 budget request of $3.7 million will provide funding for peer reviews and technical assessments of programs in the Office of Energy Research, as well as programs under the Assistant Secretary for Fossil Energy and the Assistant Secretary for Conservation and Renewable Energy. In addition, funds will be provided to assess responses to the final NAPAP report and to continue to monitor interagency research results related to clean air issues. UNIVERSITY AND SCIENCE EDUCATION There is a growing...
Page 73 - Expenses request maintains a strong core research program 1n each of the BES subprograms. Research in Materials Sciences continues to improve our theoretical and experimental capability to analyze the fundamental structure and behavior of materials. In doing so, materials research contributes to the development of new or substitute materials that can improve performance and efficiency in energy systems.
Page 88 - Equipment request of $14.3 million will provide for essential hardware to support the overall program. This equipment includes diagnostic and computer equipment, power supplies, and other components for experimental facilities. The FY 1991 Construction request of $19.1 million (Table 10) provides $11.1 million for continued construction of the Confinement Physics Research Facility (CPRF) at LANL. The CPRF will provide an experimental capability to explore the physics properties of a reversed field...
Page 77 - FY 1991, this subprogram will continue its base program in plant and microbial sciences, including support for the plant science centers supported jointly by the Department, the National Science Foundation, and the Department of Agriculture. The Program Direction request for FY 1991 is $6.5 million.
Page 73 - Laboratory, 28 has been Implemented in a structural analysis computer program by Cornell University to form a useful tool in material structure studies. FY 1991 BASIC ENERGY SCIENCES BUDGET REQUEST The FY 1991 budget request for Basic Energy Sciences is $648.7 million. The request includes $503.7 million for Operating Expenses, $37.0 million for Capital Equipment, and $108.0 million for Construction. (Table 7) The Operating Expenses request maintains a strong core research program 1n each of the...
Page 63 - ... commissioning. Already, 245 physicists from 60 institutions have submitted 47 research proposals for experiments at CEBAF. From these proposals, a program of experiments will ultimately be selected to be carried out when the facility goes into operation in FY 1994. Special emphasis will continue to be placed on effective use of the upgraded accelerators at the University of Washington, Texas A&M University, and Yale University as well as the Alternating Gradient Synchrotron at Brookhaven.
Page 101 - A major research needs assessment on coal liquefaction was also completed and will provide valuable information to help guide the program for the next several years. In addition to carrying out technical assessments and analyses, the ERA program plays a key role in coordinating the Department's involvement in acid rain research. Specifically, the program provides funds under the National Acid Precipitation Assessment Program (NAPAP) for summarizing the state of the science in acid rain research and...
Page 49 - Projects ($11.7 million) that are required to maintain the scientific effectiveness and the operating reliability and efficiency of the accelerator...