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SIMULATING VACANCY, IMPURITY AND ELECTRONIC DEFECT STATES IN MGO, LICL AND LA2CUO4 USING QUANTUM CLUSTER AND CLASSICAL LATTICE SIMULATION TECHNIQUES IN A CONSISTENT MANNER

GRIMES, RW; CATLOW, CRA; SHLUGER, AL; PANDEY, R; BAETZOLD, R; HARKER, AH; (1991) SIMULATING VACANCY, IMPURITY AND ELECTRONIC DEFECT STATES IN MGO, LICL AND LA2CUO4 USING QUANTUM CLUSTER AND CLASSICAL LATTICE SIMULATION TECHNIQUES IN A CONSISTENT MANNER. In: BRISTOWE, PD and EPPERSON, JE and GRIFFITH, JE and LILIENTALWEBER, Z, (eds.) DEFECTS IN MATERIALS. (pp. 257 - 262). MATERIALS RESEARCH SOC

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Type: Proceedings paper
Title: SIMULATING VACANCY, IMPURITY AND ELECTRONIC DEFECT STATES IN MGO, LICL AND LA2CUO4 USING QUANTUM CLUSTER AND CLASSICAL LATTICE SIMULATION TECHNIQUES IN A CONSISTENT MANNER
Event: 14TH INTERNATIONAL SYMP ON CHARACTERIZATION OF DEFECTS IN MATERIALS
Location: BOSTON, MA
Dates: 1990-11-26 - 1990-11-29
ISBN: 1-55899-101-8
UCL classification: UCL > School of BEAMS > Faculty of Maths and Physical Sciences > Chemistry
UCL > School of BEAMS > Faculty of Maths and Physical Sciences > Physics and Astronomy
URI: http://discovery.ucl.ac.uk/id/eprint/162780
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