“…The electron diffraction pattern (see insert in Figure 9a) from the particles showed that the d-spacings are in fairly good agreement with the reported values of the (lmodification of carbyne [23,25]. The evaluated lattice parameters were ao = 892 pm and Co =1536 pm.…”
Section: Experimental Techniques Used In High P-t Carbyne Synthesissupporting
“…The electron diffraction pattern (see insert in Figure 9a) from the particles showed that the d-spacings are in fairly good agreement with the reported values of the (lmodification of carbyne [23,25]. The evaluated lattice parameters were ao = 892 pm and Co =1536 pm.…”
Section: Experimental Techniques Used In High P-t Carbyne Synthesissupporting
“…Carbynes are a condensed form of carbon featuring chain-like carbon-carbon sp 1 bonding. Carbynes have been identified in two stable phases (labeled α and β) (9,14), and both phases are hexagonal, with lattice constants: a α = 8.94Å, c α = 15.36Å; and a β = 8.24Å, c β = 7.68Å (15). Application of pressure converts the α phase into the β phase.…”
The materials science of carbon-based materials has enjoyed a tremendous growth in the past half century. Selected highlights are reviewed with emphasis given to future opportunities in this research field.
“…The XRD spectrum, shown in Fig.2, exhibits the typical signature of white carbon material. The presence of the peak at 2 0 =21.68°( d=0.4107nm) in the spectrum, which corresponds to the (110) diffraction line of 0 modifications, is taken as one evidence for the existence of white carbon material [5].…”
Nano-structured white carbon films were synthesized by microwave plasma chemical vapor deposition. The x-ray diffraction line at 2 0 =21.60 (d=0.4107nm) corresponds to the (110) facet of a modifications of white carbon. The peak position at 283.46 eV in x-ray photoelectron spectrum represents binding energy of Cls core level of spl-hybridization of carbon. Field electron emission characteristics of the tilm were tested.
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