MOLECULAR-LEVEL FABRICATION TECHNIQUES AND MOLECULAR ELECTRONIC DEVICES

[1] AGARWAL VK, 1975, ELECTROCOMP SCI TECH, V2

[2] BARKER JR, 1983, 2ND P INT WORKSH MOL

[3] BAUMANN G, 1983, 2ND P INT WORKSH MOL

[4] CAMPBELL D, 1983, 2ND P INT WORKSH MOL

[5] SOLITON EXCITATIONS IN POLYACETYLENE AND RELATIVISTIC FIELD-THEORY MODELS [J]. NUCLEAR PHYSICS B, 1982, 200 (02) : 297 - 328

[6] CAMPBELL DK, 1981, PHYS REV B, V24, P4859, DOI 10.1103/PhysRevB.24.4859

[7] CARTER FL, 1982, MOL ELECTRONIC DEVIC, P344

[8] CARTER FL, 1983, COMPUTER APPL CHEM, P225

[9] CARTER FL, 1982, MOL ELECTRONIC DEVIC, P51

[10] CARTER FL, 1983, 2ND P INT WORKSH MOL

[1] AGARWAL VK, 1975, ELECTROCOMP SCI TECH, V2

[2] BARKER JR, 1983, 2ND P INT WORKSH MOL

[3] BAUMANN G, 1983, 2ND P INT WORKSH MOL

[4] CAMPBELL D, 1983, 2ND P INT WORKSH MOL

[5] SOLITON EXCITATIONS IN POLYACETYLENE AND RELATIVISTIC FIELD-THEORY MODELS [J]. NUCLEAR PHYSICS B, 1982, 200 (02) : 297 - 328

[6] CAMPBELL DK, 1981, PHYS REV B, V24, P4859, DOI 10.1103/PhysRevB.24.4859

[7] CARTER FL, 1982, MOL ELECTRONIC DEVIC, P344

[8] CARTER FL, 1983, COMPUTER APPL CHEM, P225

[9] CARTER FL, 1982, MOL ELECTRONIC DEVIC, P51

[10] CARTER FL, 1983, 2ND P INT WORKSH MOL