ADDITIVE THIN-FILM TECHNOLOGY FOR HYBRID CIRCUIT FABRICATION

[1] 6 X 6-IN 20-LPI ELECTROLUMINESCENT DISPLAY PANEL [J]. IEEE TRANSACTIONS ON ELECTRON DEVICES, 1975, 22 (09) : 739 - 748

[2] FISCHER AG, 1982, INT DISPLAY RES C CH, P161

[3] KEONJIAN E, 1963, MICROELECTRONICS, P173

[4] KROKOSZINSKI HJ, UNPUB

[5] KROKOSZINSKI HJ, 1985, THIN SOLID FILMS, V125, P329

[6] LUDER E, 1984, BMFTFBT84210 BUND FO, P5

[7] MAISSEL LI, 1970, HDB THIN FILM TECHNO, P7

[8] OETZMANN H, 1984, 6TH INT C THIN FILMS

[9] OETZMANN H, UNPUB

[10] WEIMER PK, 1964, PHYSICS THIN FILMS, V2

[1] 6 X 6-IN 20-LPI ELECTROLUMINESCENT DISPLAY PANEL [J]. IEEE TRANSACTIONS ON ELECTRON DEVICES, 1975, 22 (09) : 739 - 748

[2] FISCHER AG, 1982, INT DISPLAY RES C CH, P161

[3] KEONJIAN E, 1963, MICROELECTRONICS, P173

[4] KROKOSZINSKI HJ, UNPUB

[5] KROKOSZINSKI HJ, 1985, THIN SOLID FILMS, V125, P329

[6] LUDER E, 1984, BMFTFBT84210 BUND FO, P5

[7] MAISSEL LI, 1970, HDB THIN FILM TECHNO, P7

[8] OETZMANN H, 1984, 6TH INT C THIN FILMS

[9] OETZMANN H, UNPUB

[10] WEIMER PK, 1964, PHYSICS THIN FILMS, V2