|Author||Jones, S. E. ♦ Anderson, A. N. ♦ Caffrey, A. J. ♦ Walter, J. B. ♦ Watts, K. D. ♦ Bradbury, J. N. ♦ Gram, P. A. M. ♦ Leon, M. ♦ Maltrud, H. R. ♦ Paciotti, M. A.|
|Source||United States Department of Energy Office of Scientific and Technical Information|
|Subject Keyword||PLASMA PHYSICS AND FUSION TECHNOLOGY ♦ DEUTERIUM ♦ MUON REACTIONS ♦ FUSION REACTIONS ♦ TRITIUM ♦ BINDING ENERGY ♦ CATALYSIS ♦ EXPERIMENTAL DATA ♦ HIGH TEMPERATURE ♦ LOW TEMPERATURE ♦ MEDIUM TEMPERATURE ♦ MIXTURES ♦ MOLECULES ♦ MUONIC MOLECULES ♦ NEUTRON FLUX ♦ RESONANCE ♦ TEMPERATURE DEPENDENCE ♦ BETA DECAY RADIOISOTOPES ♦ BETA-MINUS DECAY RADIOISOTOPES ♦ CHARGED-PARTICLE REACTIONS ♦ DATA ♦ DISPERSIONS ♦ ENERGY ♦ HYDROGEN ISOTOPES ♦ INFORMATION ♦ ISOTOPES ♦ LEPTON REACTIONS ♦ LIGHT NUCLEI ♦ MESIC MOLECULES ♦ NUCLEAR REACTIONS ♦ NUCLEI ♦ NUMERICAL DATA ♦ ODD-EVEN NUCLEI ♦ ODD-ODD NUCLEI ♦ RADIATION FLUX ♦ RADIOISOTOPES ♦ STABLE ISOTOPES ♦ YEARS LIVING RADIOISOTOPES ♦ Fusion Power Plant Technology- Fuel, Heating, & Injection Systems|
|Abstract||Measurements of the absolute neutron yield and the time dependence of the appearance of neutrons resulting from muon-catalyzed fusion have been carried out in high-density deuterium-tritium mixtures. The temperature dependence of the resonant dt..mu..-molecular formation process has been determined in the range 100 to 540 K. Mesomolecular formation is found to be resonant for DT as well as D/sub 2/ target molecules. The sticking probability and other fundamental parameters have been measured for the first time.|
|Learning Resource Type||Article|
|Publisher Department||Idaho National Engineering Laboratory, Idaho Falls, Idaho 83415|
|Publisher Place||United States|
|Journal||Phys. Rev. Lett.|
|Organization||Idaho National Engineering Laboratory, Idaho Falls, Idaho 83415|
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