Influence of substrate nature on the d.c.-glow discharge induced nucleation of diamond

Gouzman, I.; Shima-Edelstein, Ruth; Comtet, G.; Hellner, L.; Dujardin, Gérald; Roter, S.; Hoffman, A.

doi:10.1016/s0925-9635(98)00303-3

Cited by 13 publications

(2 citation statements)

References 26 publications

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“…This small amount of N 2 impurity is probably due to the photodissociation of NO by the soft X-ray light (Pu È ttner et al, 1999). '* transitions) are much sharper than the spectra reported recently for these materials (Garcõ Âa et al, 1998;Gouzman et al, 1999). The very distinctive features for sp 2 -bonded graphite and sp 3 -bonded diamond are well resolved, while the diamond ®lm treated by chemical vapour deposition (CVD) exhibits primarily diamond-like bonding, with some graphite features.…”

Section: Solid-state Resultsmentioning

confidence: 66%

First results from the Canadian SGM beamline at SRC

Yates

Tan

et al. 2000

J Synchrotron Radiat

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The ®rst experimental results obtained from the Canadian SGM beamline at SRC (Synchrotron Radiation Centre, University of Wisconsin-Madison, USA) are reported. The beamline is based on the Dragon-type design, with a constant deviation angle, using photons from a second-generation bending-magnet light source. The medium-energy grating on this beamline covers a photon energy range from 240 to 700 eV, with a ruling density of 600 lines mm À1 . A maximum resolving power of $10 000 is achieved at a photon energy of $400 eV. Gas-phase absorption spectra collected at the N, O and C K-edges are presented to demonstrate the excellent performance of this beamline. Highresolution absorption spectra of some C-and Ti-containing solid-state samples are also reported.

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