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Results: 1-11 |
Results: 11
Temperature-dependent behavior of low-temperature-grown GaAs nonalloyed ohmic contacts
Authors: Ueng, HJ Chen, NP Janes, DB Webb, KJ McInturff, DT Melloch, MR
Citation: Hj. Ueng et al., Temperature-dependent behavior of low-temperature-grown GaAs nonalloyed ohmic contacts, J APPL PHYS, 90(11), 2001, pp. 5637-5641
Stochastic interconnect modeling, power trends, and performance characterization of 3-D circuits
Authors: Zhang, RT Roy, K Koh, CK Janes, DB
Citation: Rt. Zhang et al., Stochastic interconnect modeling, power trends, and performance characterization of 3-D circuits, IEEE DEVICE, 48(4), 2001, pp. 638-652
Error analysis leading to design criteria for transmission line model characterization of ohmic contacts
Authors: Ueng, HJ Janes, DB Webb, KJ
Citation: Hj. Ueng et al., Error analysis leading to design criteria for transmission line model characterization of ohmic contacts, IEEE DEVICE, 48(4), 2001, pp. 758-766
Interface and contact structures for nanoelectronic devices using assemblies of metallic nanoclusters, conjugated organic molecules and chemically stable semiconductor layers
Authors: Janes, DB Batistuta, M Datta, S Melloch, MR Andres, RP Liu, J Chen, NP Lee, T Reifenberger, R Chen, EH Woodall, JM
Citation: Db. Janes et al., Interface and contact structures for nanoelectronic devices using assemblies of metallic nanoclusters, conjugated organic molecules and chemically stable semiconductor layers, SUPERLATT M, 27(5-6), 2000, pp. 555-563
Self-assembled metal/molecule/semiconductor nanostructures for electronic device and contact applications
Authors: Janes, DB Lee, T Liu, J Batistuta, M Chen, NP Walsh, BL Andres, RP Chen, EH Melloch, MR Woodall, JM Reifenberger, R
Citation: Db. Janes et al., Self-assembled metal/molecule/semiconductor nanostructures for electronic device and contact applications, J ELEC MAT, 29(5), 2000, pp. 565-569
A quantitative conduction model for a low-resistance nonalloyed ohmic contact structure utilizing low-temperature-grown GaAs
Authors: Chen, NP Ueng, HJ Janes, DB Woodall, JM Melloch, MR
Citation: Np. Chen et al., A quantitative conduction model for a low-resistance nonalloyed ohmic contact structure utilizing low-temperature-grown GaAs, J APPL PHYS, 88(1), 2000, pp. 309-315
Guided self-assembly of Au nanocluster arrays electronically coupled to semiconductor device layers
Authors: Liu, J Lee, T Janes, DB Walsh, BL Melloch, MR Woodall, JM Reifenberger, R Andres, RP
Citation: J. Liu et al., Guided self-assembly of Au nanocluster arrays electronically coupled to semiconductor device layers, APPL PHYS L, 77(3), 2000, pp. 373-375
Ohmic nanocontacts to GaAs using undoped and p-doped layers of low-temperature-grown GaAs
Authors: Lee, T Chen, NP Liu, J Andres, RP Janes, DB Chen, EH Melloch, MR Woodall, JM Reifenberger, R
Citation: T. Lee et al., Ohmic nanocontacts to GaAs using undoped and p-doped layers of low-temperature-grown GaAs, APPL PHYS L, 76(2), 2000, pp. 212-214
Nanoelectronic device applications of a chemically stable GaAs structure
Authors: Janes, DB Kolagunta, VR Batistuta, M Walsh, BL Andres, RP Liu, J Dicke, J Lauterbach, J Pletcher, T Chen, EH Melloch, MR Peckham, EL Ueng, HJ Woodall, JM Lee, T Reifenberger, R Kubiak, CP Kasibhatla, B
Citation: Db. Janes et al., Nanoelectronic device applications of a chemically stable GaAs structure, J VAC SCI B, 17(4), 1999, pp. 1773-1777
An ohmic nanocontact to GaAs
Authors: Lee, TH Liu, J Janes, DB Kolagunta, VR Dicke, J Andres, RP Lauterbach, J Melloch, MR McInturff, D Woodall, JM Reifenberger, R
Citation: Th. Lee et al., An ohmic nanocontact to GaAs, APPL PHYS L, 74(19), 1999, pp. 2869-2871
Molecular ribbons
Authors: Datta, S Janes, DB Andres, RP Kubiak, CP Reifenberger, RG
Citation: S. Datta et al., Molecular ribbons, SEMIC SCI T, 13(12), 1998, pp. 1347-1353
Risultati: 1-11 |