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Results: 1-12 |
Results: 12
COMPUTER-SIMULATION OF A [110] EDGE DISLOCATION INTERSECTING A SIGMA-11-LESS-THAN-101-GREATER-THAN(131) GRAIN-BOUNDARY IN ALUMINUM
Authors: HEINISCH HL HOAGLAND RG KURTZ RJ HIRTH JP
Citation: Hl. Heinisch et al., COMPUTER-SIMULATION OF A [110] EDGE DISLOCATION INTERSECTING A SIGMA-11-LESS-THAN-101-GREATER-THAN(131) GRAIN-BOUNDARY IN ALUMINUM, Scripta materialia, 39(4-5), 1998, pp. 451-456
STOCHASTIC ANNEALING SIMULATION OF INTRACASCADE DEFECT INTERACTIONS
Authors: HEINISCH HL SINGH BN
Citation: Hl. Heinisch et Bn. Singh, STOCHASTIC ANNEALING SIMULATION OF INTRACASCADE DEFECT INTERACTIONS, Journal of nuclear materials, 251, 1997, pp. 77-85
RADIATION-RESISTANT CERAMIC-MATRIX COMPOSITES
Authors: JONES RH STEINER D HEINISCH HL NEWSOME GA KERCH HM
Citation: Rh. Jones et al., RADIATION-RESISTANT CERAMIC-MATRIX COMPOSITES, Journal of nuclear materials, 245(2-3), 1997, pp. 87-107
ATOMIC-SCALE MODELING OF RADIATION-DAMAGE BY SAS
Authors: HEINISCH HL
Citation: Hl. Heinisch, ATOMIC-SCALE MODELING OF RADIATION-DAMAGE BY SAS, JOM, 48(12), 1996, pp. 38-41
SIC SIC COMPOSITES FOR STRUCTURAL APPLICATIONS IN FUSION ENERGY-SYSTEMS/
Authors: JONES RH HENAGER CH YOUNGBLOOD GE HEINISCH HL
Citation: Rh. Jones et al., SIC SIC COMPOSITES FOR STRUCTURAL APPLICATIONS IN FUSION ENERGY-SYSTEMS/, Fusion technology, 30(3), 1996, pp. 969-976
STOCHASTIC ANNEALING SIMULATION OF DIFFERENTIAL DEFECT PRODUCTION IN HIGH-ENERGY CASCADES
Authors: HEINISCH HL SINGH BN
Citation: Hl. Heinisch et Bn. Singh, STOCHASTIC ANNEALING SIMULATION OF DIFFERENTIAL DEFECT PRODUCTION IN HIGH-ENERGY CASCADES, Journal of nuclear materials, 232(2-3), 1996, pp. 206-213
SIMULATING THE PRODUCTION OF FREE DEFECTS IN IRRADIATED METALS
Authors: HEINISCH HL
Citation: Hl. Heinisch, SIMULATING THE PRODUCTION OF FREE DEFECTS IN IRRADIATED METALS, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 102(1-4), 1995, pp. 47-50
THE CORRELATION OF DEFECT DISTRIBUTION IN COLLISIONAL PHASE WITH MEASURED CASCADE COLLAPSE PROBABILITY
Authors: MORISHITA K HEINISCH HL ISHINO S SEKIMURA N
Citation: K. Morishita et al., THE CORRELATION OF DEFECT DISTRIBUTION IN COLLISIONAL PHASE WITH MEASURED CASCADE COLLAPSE PROBABILITY, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 102(1-4), 1995, pp. 67-71
SIMULATING HIGH-ENERGY CASCADES IN METALS
Authors: HEINISCH HL
Citation: Hl. Heinisch, SIMULATING HIGH-ENERGY CASCADES IN METALS, Radiation effects and defects in solids, 130, 1994, pp. 453-460
DEFECT PRODUCTION IN HIGH-ENERGY CASCADES - THE ROLES OF MOLECULAR-DYNAMICS AND BINARY COLLISION SIMULATIONS
Authors: HEINISCH HL
Citation: Hl. Heinisch, DEFECT PRODUCTION IN HIGH-ENERGY CASCADES - THE ROLES OF MOLECULAR-DYNAMICS AND BINARY COLLISION SIMULATIONS, Radiation effects and defects in solids, 129(1-2), 1994, pp. 113-116
CALIBRATING A MULTIMODEL APPROACH TO DEFECT PRODUCTION IN HIGH-ENERGYCOLLISION CASCADES
Authors: HEINISCH HL SINGH BN DELARUBIA TD
Citation: Hl. Heinisch et al., CALIBRATING A MULTIMODEL APPROACH TO DEFECT PRODUCTION IN HIGH-ENERGYCOLLISION CASCADES, Journal of nuclear materials, 215, 1994, pp. 127-131
THE RELATIONSHIP BETWEEN COLLISIONAL PHASE DEFECT DISTRIBUTION AND CASCADE COLLAPSE EFFICIENCY
Authors: MORISHITA K HEINISCH HL ISHINO S SEKIMURA N
Citation: K. Morishita et al., THE RELATIONSHIP BETWEEN COLLISIONAL PHASE DEFECT DISTRIBUTION AND CASCADE COLLAPSE EFFICIENCY, Journal of nuclear materials, 215, 1994, pp. 198-202
Risultati: 1-12 |