Publications

Found 9 results
Author Title Type [ Year(Desc)]
Filters: Author is Garrison, K. C.  [Clear All Filters]
1989
Zhu J.G, Carter C.B, Palmstrom C.J, Garrison K.C.  1989.  CHARACTERIZATION OF THE COGA/GAAS INTERFACE. Applied Physics Letters. 55:39-41.
Palmstrom C.J, Fimland B.O, Sands T., Garrison K.C, Bartynski R.A.  1989.  EPITAXIAL COGA AND TEXTURED COAS CONTACTS ON GA1-XALXAS FABRICATED BY MOLECULAR-BEAM EPITAXY. Journal of Applied Physics. 65:4753-4758.
Allen S.J, Tabatabaie N., Palmstrom C.J, Hull G.W, Sands T., Derosa F., Gilchrist H.L, Garrison K.C.  1989.  ERAS EPITAXIAL LAYERS BURIED IN GAAS - MAGNETOTRANSPORT AND SPIN-DISORDER SCATTERING. Physical Review Letters. 62:2309-2312.
Palmstrom C.J, Garrison K.C, Fimland B.O, Sands T., Bartynski R.A.  1989.  Fabrication and electrical properties of MBE grown metal-gallium and metal-arsenic compounds on Ga 1-xAl xAs. Advances in Materials, Processing and Devices in III-V Compound Semiconductors Symposium. :583-8.
Garrison K.C, Palmstrom C.J, Bartynski R.A.  1989.  Growth and characterization of single crystal epitaxial CoGa on MBE grown III-V semiconductors. Advances in Materials, Processing and Devices in III-V Compound Semiconductors Symposium. :613-18.
Palmstrom C.J, Garrison K.C, Mounier S., Sands T., Schwartz C.L, Tabatabaie N., Allen S.J, Gilchrist H.L, Miceli P.F.  1989.  GROWTH OF EPITAXIAL RARE-EARTH ARSENIDE (100)GAAS AND GAAS RARE-EARTH ARSENIDE (100)GAAS STRUCTURES. Journal of Vacuum Science & Technology B. 7:747-752.
Zhu J.G, Palmstrom C.J, Garrison K.C, Carter C.B.  1989.  MISFIT DISLOCATIONS AT THE COGA/GAAS INTERFACE. Institute of Physics Conference Series. :659-664.
Zhu J.G, Palmstrom C.J, Garrison K.C, Carter C.B.  1989.  Misfit dislocations at the CoGa/GaAs interface. Microscopy of Semiconducting Materials 1989. Proceedings of the Royal Microscopical Society Conference. :659-64.
1990
Allen S.J, Tabatabaie N., Palmstrom C.J, Mounier S., Hull G.W, Sands T., Derosa F., Gilchrist H.L, Garrison K.C.  1990.  MAGNETOTRANSPORT IN ULTRATHIN ERAS EPITAXIAL LAYERS BURIED IN GAAS. Surface Science. 228:13-15.