Publications

Found 15 results
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Chen S.H, Carter C.B, Palmstrom C.J.  1988.  LATERAL DIFFUSION IN NI-GAAS COUPLES INVESTIGATED BY TRANSMISSION ELECTRON-MICROSCOPY. Journal of Materials Research. 3:1385-1396.
Chen S.H, Carter C.B, Palmstrom C.J, Ohashi T..  1986.  Lateral reactions of GaAs with Ni studied by transmission electron microscopy. Thin Films - Interfaces and Phenomena. Part of the Fall 1985 Meeting of the Materials Research Society. :361-6.
Young A.J, Schultz B.D, Palmstrøm C.J.  2014.  Lattice distortion in single crystal rare-earth arsenide/GaAs nanocomposites. Applied Physics Letters. 104:-.
Miceli P.F, Moyers K.W, Palmstrom C.J.  1991.  Lattice relaxation of ErAs/GaAs: an X-ray scattering study. Evolution of Thin-Film and Surface Microstructure Symposium. :579-84.
Zhu J.G, Palmstrom C.J, Carter C.B.  1995.  LATTICE-MATCHED GAAS/SC0.3ER0.7AS/GAAS HETEROSTRUCTURES GROWN ON VARIOUS SUBSTRATE ORIENTATIONS. Journal of Applied Physics. 77:4321-4328.
Palmstrom C.J, Mounier S., Finstad T.G, Miceli P.F.  1990.  LATTICE-MATCHED SC1-XERXAS/GAAS HETEROSTRUCTURES - A DEMONSTRATION OF NEW SYSTEMS FOR FABRICATING LATTICE-MATCHED METALLIC COMPOUNDS TO SEMICONDUCTORS. Applied Physics Letters. 56:382-384.
Green P.F, Mills P.J, Palmstrom C.J, Mayer J.W, Kramer E.J.  1984.  LIMITS OF REPTATION IN POLYMER MELTS. Physical Review Letters. 53:2145-2148.
Kawasaki JK, Timm R, Delaney KT, Lundgren E, Mikkelsen A, Palmstrom CJ.  2011.  Local Density of States and Interface Effects in Semimetallic ErAs Nanoparticles Embedded in GaAs. Physical Review Letters. 107
Furis M., Smith D.L, Kos S., Garlid E.S, Reddy K.SM, Palmstrom C.J, Crowell P.A, Crooker S.A.  2007.  Local Hanle-effect studies of spin drift and diffusion in n : GaAs epilayers and spin-transport devices. New Journal of Physics. 9
Oogane M., McFadden A.P., Fukuda K., Tsunoda M., Ando Y., Palmstrøm C.J..  2018.  Low magnetic damping and large negative anisotropic magnetoresistance in halfmetallic Co2-xMn1+xSi Heusler alloy films grown by molecular beam epitaxy. Appl. Phys. Lett.. 112, 262407(https://doi.org/10.1063/1.5030341)
Moon-Ho P, Wang L.C, Cheng J.Y, Palmstrom C.J.  1997.  Low resistance ohmic contact scheme ( muOmega cm 2) to p-InP. Applied Physics Letters. 70:99-101.
Park M.H, Wang L.C, Cheng J.Y, Palmstrom C.J.  1997.  Low resistance Ohmic contact scheme (similar to mu Omega cm(2)) to p-InP. Applied Physics Letters. 70:99-101.
Park M.H, Wang L.C, Palmstrom C.J.  1997.  Low resistance Pd/Zn/Pd ohmic contact to p-In(0.82)Ga0.18As(0.39)P(0.61). Journal of Applied Physics. 81:2720-2724.
Moon-Ho P, Wang L.C, Cheng J.Y, Fei D, Lau S.S, Palmstrom C.J.  1996.  Low resistance Zn 3P 2/InP heterostructure Ohmic contact to p-InP. Applied Physics Letters. 68:952-4.
Park M.H, Wang L.C, Cheng J.Y, Deng F., Lau S.S, Palmstrom C.J.  1996.  Low resistance Zn3P2/InP heterostructure ohmic contact to p-InP. Applied Physics Letters. 68:952-954.