Surface Fractal Parallel Plate Models for Micropore Structures of Active Carbon
β Scribed by Ryoichi Tsunoda
- Publisher
- Elsevier Science
- Year
- 1996
- Tongue
- English
- Weight
- 91 KB
- Volume
- 182
- Category
- Article
- ISSN
- 0021-9797
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β¦ Synopsis
NOTE
Surface Fractal Parallel Plate Models for Micropore Structures of Active Carbon fractal surface is allowed to be placed out of the periphery of its neighbors under the conditions that k/10 parts of the S n surface in terms of surface In order to analyze the micropore structures of active carbon, area are placed in the x ΓΊ 0 region on the x-y coordinates and that the two types of surface fractal parallel plate models are calculated. remaining (10 0 k)/10 parts of the S n surface are in x Γ΅ 0 on the same It is shown that the disordered model, in which fractal surfaces coordinates, where the randomly sampled k is 0, 1, 2, . . . , 10. After 100,000 are less restrictively piled up in the horizontal direction compared structure units are constructed, the pore size distribution is calculated using with the ordered one, can simulate the micropore size distribution the same method as for the ordered parallel model. of active carbon. The average micropore width L av can be expressed by L av Γ f(0 DW/W) Γ g(n, D S ), where 0 DW/W is the percent-RESULTS AND DISCUSSION age burnoff based on the ideally layered graphite model with the surface fractal dimension D S Γ 2, and n is the number of the Comparison between the Ordered and the Disordered contraction mapping.
π SIMILAR VOLUMES
Quinones have been considered as reactive compounds present on the surface of active carbon. Thus, the co-catalytic use of quinones combined with the phosphovanadomolybdate polyoxometalate, PV2Mo10O40(5-), has been studied as an analogue of the known PV2Mo10O405-/C catalyst in oxidative dehydrogenat