Abstracts 215 much lower supersaturations, and conditions where gas phase reactions are minimized. Methane, acetylene and higher hydrocarbons were investigated.
46. Thermal conductivity and thermopower studies of graphite intercalation compounds
β Scribed by B. Poulaert; J. Heremans; J.P. Issi; I. Zabala; H. Mazurek; M.S. Dresselhaus
- Publisher
- Elsevier Science
- Year
- 1982
- Tongue
- English
- Weight
- 126 KB
- Volume
- 20
- Category
- Article
- ISSN
- 0008-6223
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π SIMILAR VOLUMES
The rate of fluorine intercalation in graphite is larger in the present system than in other metal fluorides examined previously. X-ray diffraction data indicate that C,F belongs to a hexagonal system with a superlattice of a, = 2a, in the ab plane, accompanying some amount of a bi-intercalation pha
The graphite intercalation compound (GIG) of titanium fluoride has been prepared in a fluorine atmosphere. The GICs prepared from natural graphite and pitch-based carbon fiber were mostly stage-2 compounds with repeat distance 11.28-11.59 A and composition Cll\_15TiF4.1\_6 >. The ESCA spectrum indic
Highly oriented carbon fibers have been intercalated with DMSO-solvated alkali-and substituted ammonium-cations by cathodic reduction. The resulting decrease in resistance was measured and correlated with values of other solvated cation-and anion-intercalation compounds of graphite. The findings ind
Electrical conductivity and conduction ESR (CESR) for graphite intercalation compounds (GICs) with nitric acid C 5n HNO 3 (n ΒΌ 2, 3) have been measured. In the incommensurate phase of second stage compounds (210 K < T < 250 K) absence of temperature dependence of the c-axis conductivity, but preserv