Fusion Energy: Hearing Before the Subcommittee on Energy of the Committee on Science, Space, and Technology, U.S. House of Representatives, One Hundred Third Congress, First Session, May 5, 1993, 4. sējumsU.S. Government Printing Office, 1993 - 617 lappuses |
No grāmatas satura
1.–5. rezultāts no 100.
vi. lappuse
... deuterium and trit- ium . This ionized gas is then heated . There has been some sci- entific success in achieving first - order reactions , but the sought- after sustained reaction has been illusive . Senator J. Bennett Johnston led the ...
... deuterium and trit- ium . This ionized gas is then heated . There has been some sci- entific success in achieving first - order reactions , but the sought- after sustained reaction has been illusive . Senator J. Bennett Johnston led the ...
viii. lappuse
... deuterium being present in the plasma and neutrons resulting from deuterium reactions . He also commented on the need for the development of new materials hav- ing " low activation " properties , meaning less likely to become radio ...
... deuterium being present in the plasma and neutrons resulting from deuterium reactions . He also commented on the need for the development of new materials hav- ing " low activation " properties , meaning less likely to become radio ...
ix. lappuse
... deuterium at the same rate as deuterium and tritium fuse . It's a couple of orders or magnitude less reactive . " Congressman Coppersmith noted $ 350 million was appropriated for the fusion program and he asked , " How much of that went ...
... deuterium at the same rate as deuterium and tritium fuse . It's a couple of orders or magnitude less reactive . " Congressman Coppersmith noted $ 350 million was appropriated for the fusion program and he asked , " How much of that went ...
xii. lappuse
... Deuterium - Tritium ( D / T ) ex- periments at Princeton and how they would impact decommission- ing and ... deuterium and tritium , to implode and force the deuterium / tritium to fuse , thereby releasing energy . The heavy ion beams ...
... Deuterium - Tritium ( D / T ) ex- periments at Princeton and how they would impact decommission- ing and ... deuterium and tritium , to implode and force the deuterium / tritium to fuse , thereby releasing energy . The heavy ion beams ...
39. lappuse
... deuterium at the same rate as deuterium and tritium fuse . It's a couple of orders of magnitude less reactive . And so you have to have much better confinement in order to have the reaction rate go forward fast enough for you . So those ...
... deuterium at the same rate as deuterium and tritium fuse . It's a couple of orders of magnitude less reactive . And so you have to have much better confinement in order to have the reaction rate go forward fast enough for you . So those ...
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Bieži izmantoti vārdi un frāzes
Alamos aneutronic fusion Anomalous Nuclear atoms beam budget calorimetric cathode Cold Fusion COLD FUSION EXPERIMENTS Committee concepts confinement CONGRESS THE LIBRARY cost D₂O demonstration density deuterium deuteron device DIII-D effect electric electrochemical electrolysis electron engineering environmental excess heat excess power Fawell field fission Fleischmann Forsen fuel funding Fusion Energy fusion power fusion program fusion reactor fusion research Fusion Technol heat production heavy ion helium helium-3 hydrogen industry inertial fusion isotopes ITER Japan LLOYD Madam Chairman Maglich magnetic fusion magnetic fusion energy materials measured metal migma million National Laboratory neutron emission Nuclear Fusion nuclear products nuclear reactions operation orbit sphere palladium particles Phys physics plasma Plasma Physics Pons potential power plant Proc radioactive ratio reported samples scientific scientists self-collider studies SWETT temperature TFTR titanium tokamak tritium tritium production
Populāri fragmenti
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13. lappuse - US experimental tokamaks are the Tokamak Fusion Test Reactor (TFTR) at the Princeton Plasma Physics Laboratory, the Doublet III-D (DIII-D) at General Atomics and Alcator C-Hod at the Massachusetts Institute of Technology (MIT).
338. lappuse - ... China Lake, California. He started there as a research physicist in the Semiconductor Physics Branch, then as a supervisory research physicist he headed the Electron Structure of Solids Branch and the Semiconductor and Surface Science Branch, both in the Physics Division, Research Department Dr Rehn received his BA in physics at the University of California, Berkeley in 1953 and his Ph.D. in physics from the University of Pittsburgh in 1962. After completing his thesis research in nuclear quadrupole...
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242. lappuse - Experiment (TPX), proposed as a national facility to develop the scientific basis for a compact and continuously operating tokamak fusion reactor.
229. lappuse - Fusion Energy Advisory Committee, Advice and Recommendations to the US Department of Energy in Response to the Charge Letter of September...
154. lappuse - Report of the Senior Committee on Environmental, Safety, and Economic Aspects of Magnetic Fusion Energy (ESECOM), Lawrence Livermore National Laboratory, UCRL-53766, [Summary: UCRL-53766-Summary (1987)] [3.
338. lappuse - Rehn studied magnetoacoustics attenuation in metals at the University of Chicago. Upon moving to China Lake, he undertook research in electroreflectance of widegap semiconductors and insulators. Beginning in 1973, he participated in the establishment of the Stanford Synchrotron Radiation Laboratory and continued with the application of synchrotron radiation in research in semiconductors and semiconductor surfaces. In 1976 he initiated a research program in liquid-phase epitaxy, followed in 1984 by...