Citation: I. Gouzman et A. Hoffman, DC-GLOW DISCHARGE AS A KEY STEP FOR THE BIAS-ENHANCED NUCLEATION OF DIAMOND BY THE HF CVD METHOD, DIAMOND AND RELATED MATERIALS, 7(2-5), 1998, pp. 209-214
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Authors:
GOUZMAN I
HOFFMAN A
COMTET G
HELLNER L
DUJARDIN G
PETRAVIC M
Citation: I. Gouzman et al., NANOSIZE DIAMOND FORMATION PROMOTED BY DIRECT-CURRENT GLOW-DISCHARGE PROCESS - SYNCHROTRON-RADIATION AND HIGH-RESOLUTION ELECTRON-MICROSCOPY STUDIES, Applied physics letters, 72(20), 1998, pp. 2517-2519
Authors:
GOUZMAN I
FISGEER B
AVIGAL Y
KALISH R
HOFFMAN A
Citation: I. Gouzman et al., THE CHEMICAL NATURE OF THE CARBON PRECURSOR IN BIAS-ENHANCED NUCLEATION OF CVD DIAMOND, DIAMOND AND RELATED MATERIALS, 6(2-4), 1997, pp. 526-531
Authors:
HOFFMAN A
BRENER R
GOUZMAN I
CYTERMANN C
GELLER H
LEVIN L
KENNY M
Citation: A. Hoffman et al., NITROGEN IMPLANTATION INTO GLASSY-CARBON AS AN ATTEMPT TO GROW A CARBON NITRIDE THIN-FILM, DIAMOND AND RELATED MATERIALS, 4(4), 1995, pp. 292-296
Authors:
HOFFMAN A
GELLER H
GOUZMAN I
CYTERMANN C
BRENER R
KENNY M
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Citation: I. Gouzman et al., IRRADIATION EFFECTS INDUCED BY REACTIVE AND NONREACTIVE LOW-ENERGY ION IRRADIATION OF GRAPHITE - AN ELECTRON-SPECTROSCOPY STUDY, Surface and interface analysis, 22(1-12), 1994, pp. 524-527
Citation: A. Hoffman et al., POSSIBILITY OF CARBON NITRIDE FORMATION BY LOW-ENERGY NITROGEN IMPLANTATION INTO GRAPHITE - IN-SITU ELECTRON-SPECTROSCOPY STUDIES, Applied physics letters, 64(7), 1994, pp. 845-847