β Scribed by L. Campanella; A. Di Corcia; R. Samperi; A. Gambacorta
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
Sterling FT carbon black was oxidized in a cool oxygen plasma to various burn-off degrees ranging between 6 and 84%. Plasma-treated samples were characterized by nitrogen and carbon dioxide adsorption, scanning electron microscopy and contact angle measurements. Following the oxygen plasma treatment
and stored energy releases. It is shown that in alternately irradiated and annealed graphites, the majority of the stored energy released at temperatures as high as 1600Β°C is due to interstitial annealing and not vacancy annealing. V?i-& work was performed under the auspices of the United States At
fraction of the surface of some graphitized carbons are energetically heterogeneous. That part of the surface which is heterogeneous has sites for which N, shows a higher isosteric heat of adsorption at 78Β°K than the uniform portion constituting the major fraction of surface and for which the heat o