CEPs

CoAsS, are also used as sources. The ore is roasted and Co is precipitated as the hydroxide and then reduced to Co with carbon (hep below 417 - C, cep to m.p.). The metal is silvery white and readily polished. It dissolves in dilute acids and is slowly oxidized in air. Adsorbs hydrogen strongly. The main use of cobalt is in alloys. Cobalt compounds are used in paints and varnishes, catalysts. Cobalt is an essential element in the diet. World production 1976 32 000 tonnes metal. 

Molccti lar mcchan ics depends on the con cep I of atom types and parameters associated with these atom types. Since the number of atom types is veiy large foi the tin iverse of possible molecules, parameters will probably he missing for a random new molecule tin less a force field has been developed for molecules sim ilar lo the new molecule. Molecu lar m ech an ics predicts how the new molecule will behave based upon the behavior orknown, similar mole-cu les. 

CREN Available for SC(4.v) through Hs(0.v6/)6d), this is a shape-consistent basis set developed by Ermler and coworkers that has a large core region and small valence. This is also called the CEP—4G basis set. The CEP—31G and CEP—121G sets are related split valence sets. 

The nucleoside cordycepin was isolated from cultures of Corofy- ceps militaris and found to be 3 deoxyadenosine Write its structural formula j... 

G. Deamaley and co-workers. Proceedings of the Conference on Ion Plating and Allied Techniques, CEP Consultants, Edinburgh, Scotland, 1979. 

Many of the tasks once performed only ia a high ead electronic pagiaation system, often called color electronic prepress systems (CEPS), are possible by usiag persoaal computers and work stations. Pages are composed on screen, and the results are output typically as PostScript files. The data are transferred over a network to the final output device. 

C. H. Hosier, in Cooling Towers, CEP Technical Manual, American Institute of Chemical Engineers, New York, 1972, p. 27. 

American Institute of Chemical Engineers. CEP Software Directory, Chem. Engn. Fiog. (Dec. 1994). 

For further information, see Refs. 90, 175, 255, and 293. For information on computer software, see the Annual CEP Software Direc-toiy (Ref. 8) and other articles (Refs. 7 and 175). 

Howard, W. B., Rodehorst, C. W., and Small, G. E. 1975. Flame Arresters for High-Hydrogen Fuel-Air Mixtures. CEP Loss Prevention Manual, 9, 46-53. 

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