Effect of oxygen chemisorption on the thermoelectric power of carbon and graphite artifacts
โ Scribed by P.L Walker Jr.; Y Sasaki
- Publisher
- Elsevier Science
- Year
- 1966
- Tongue
- English
- Weight
- 458 KB
- Volume
- 4
- Category
- Article
- ISSN
- 0008-6223
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โฆ Synopsis
is quite distinct from that given by randomly oriented copper crystals, the (111) copper ring and the (100) graphite ring are very nearly co-incident; di,,(Cu)/ d,,,(graphite)=0.98. Thus if only the inner diffraction rings are considered, the presence of an enhanced (100) ring in addition to an unchanged (002) ring might be attributed either to the development of graphite crystallites with some preferential orientation of the basal plane parallel to the film or to the presence of copper in addition to randomly oriented graphite. The Authors thank Dr. E. II. Andrews, Science and Materials Section, Department of Mechanical Engineering, Queen Mary College, for the use of a JEM 7 electron microscope, and the Central Electricity Generating Board for financial support of the work including a ma~tenance grant to one of them (J.J.
๐ SIMILAR VOLUMES
XI'S has revealed the firs! c'irect eviderice of chemisorption of atomic osjlgen on (OOOI) faces ofgraphite. Sticking coefficients of 02 are also estimated.
polishing experiments, the two phase carbons could be classified into four groups according to the spread in the orientation of basal planes; (ii) For a given carbon, the polishing produced a characteristic surface orientation which was independent of any preferred orientation in the hulk; (iii) Und