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Chin J Mater Res  1993, Vol. 7 Issue (5): 385-390    DOI:
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MICROSTRUCTURE AND THERMOELECTRIC PROPERTIES OF SiGe:GaP ALLOYS
GAO Min D.M.ROWE (Kunming Institute of Physics)(University of Wales College of Cardiff)
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GAO Min D.M.ROWE (Kunming Institute of Physics)(University of Wales College of Cardiff). MICROSTRUCTURE AND THERMOELECTRIC PROPERTIES OF SiGe:GaP ALLOYS. Chin J Mater Res, 1993, 7(5): 385-390.

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Abstract  An experimental investigation into the effect of heat treatment on morphologyand thermoelectric properties of SiGe:GaP alloys is reported.Attempt was made to correlate thechangas in the thermoelectric properties with these in matarial's morphology.The res
Key words:  SiGeGaP alloys      thermoelectricity      microstructure      heat treatment     
Received:  25 October 1993     
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1 Vandersande J W,Wood C,Draper S.Proc Spring Meeting Mater Res Soc,Anaheim,CA,(New york:Am Inst Phys)1987:21
2 Rowe D M,Min G.Phys D:Appl Phys,1990;23:258
3 Bennett G L.Proc NASA Conference(Publication 3107) ,NASA Lewis Research Center,Cleveland OH:1989:3
4 Rosi F D.Solid State Electronic,1968;11:869
5 Goldsmid H J,Penn A W.Phys Lett,27A,1968;8:523
6 Rowe D M,Shukla V S,Savvides N.Nature,1981;290:765
7 Vandsande J W,Borshchevsky A,Parker J,Wood C In:Rao K ed,Proc 7th Inter Conf on Thermoelectric.Energy Conversion,Arlington Texas:March 1988:78
8 Wood C.In:Rowe D M Ed.Proc lst European Conf on Thermoelectrics,Cardiff,Uk,Peter Peregrinus Ltd,1987:1
9 Williams S G K,Min'G,Rowe D M.In:Rowe D M ed.Proc 10th Inter Conf on Thermoelectrics,Cardiff UK:Babrow Press,1991:74
10 高敏,Rowe D M.红外技术,1990;12(2) :38
11 Min G.Project Report,1989;ELSYM,UWCC,UK
12 Abeles B.Phys Rév,1963;131:1906
13 Rowe D M,Min G,Williams S G K.In:ERowe DM ed.Proc 10th Inter Conf on Thermoelectrics,Cardiff UK:Babrow Press,1991:181
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