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Changes in pore size distribution for sugar carbon with heat treatment

✍ Scribed by A. Gutsze; B. Jarecka


Publisher
Elsevier Science
Year
1967
Tongue
English
Weight
240 KB
Volume
5
Category
Article
ISSN
0008-6223

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✦ Synopsis


314 LETTERS TO THE EDITOR error into the results), to terminate. If we assume that the shapes of the curves are in fact identical and the defect cross section varies linearly with dose it is possible, therefore, to compare the defect scattering for a given dose in the three samples. Relative to the 30Β°C sample these values for the 200Β°C and 450Β°C samples are @15 and WOO8 respectively. It will now be shown that to a first approximation the scattering cross section results may be accounted for by assuming that the interstitial and vacancy concentrations are given by ni and ny respectively and that the state of aggregation of interstitials (4 f 2 per cluster) is unaffected by the temperature of irradiation. Carbon Conference, University of Buffalo (1956). CRANSTON W. R. and INCLEY F. A., Advan. Catalysis 9, 143 (1957).


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Changes in micropore structures of six Japanese coals during heat treatment up to 12OO'C were followed by measuring densities in n-hexane, in methanol and in helium. The micropore volumes were deduced from the difference between the reciprocals of the densities in n-hexane and in methanol. The conc