Bishops

The esters obtained by acid or alkaline esterification are, in general, distinguished from the phenolic ethers 

It has been shown that the degree of electrol) ic conductivity of the sodium salt is a certain indication of the basicity of the corresponding acid. The method is of very general application, since insoluble acids 

German silver, platinoid, or manganin, the last is the best on account of its low temperature coefficient. The wire must be calibrated. For high resistances (itooo-200,000 Ohms) the special form of resistance 

The apparatus is arranged in the form of Kirchhoff s modification of the Wlieatstone bridge (Fig. 8), the connections being made with stout copper wire. The induction coil is enclosed in a sound tight case, or is 

The value of k is determined by measuring the conductivity of N/50 solution of potassium chloride, for which Kohlrausch found the values  

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Bishop M, Ceperley D, Frisch FI L and Kales M FI 1980 Investigation of static properties of model bulk polymer fluids J Chem. Phys. 72 3228... 

T. Bishop, R. D. Skeel, and K. Schulten. Difficulties with multiple timestepping and the fast multipole algorithm in molecular dynamics. J. Comput. Chem., 18 1785-1791, 1997. 

D. M. Bishop, Group Theory and Chemistry Clarendon, Oxford (1973). 

Reference G.F. Kirkbright, Fluorescent Indicators, Chap. 9 in Indicators, E. Bishop (ed.), Pergamon Press, Oxford,... 

Propanol has been manufactured by hydroformylation of ethylene (qv) (see Oxo process) followed by hydrogenation of propionaldehyde or propanal and as a by-product of vapor-phase oxidation of propane (see Hydrocarbon oxidation). Celanese operated the only commercial vapor-phase oxidation faciUty at Bishop, Texas. Since this faciUty was shut down ia 1973 (5,6), hydroformylation or 0x0 technology has been the principal process for commercial manufacture of 1-propanol ia the United States and Europe. Sasol ia South Africa makes 1-propanol by Fischer-Tropsch chemistry (7). Some attempts have been made to hydrate propylene ia an anti-Markovnikoff fashion to produce 1-propanol (8—10). However, these attempts have not been commercially successful. 

R. B. Bishop, Practical Pohymerisation for Polystyrene Cahners Books, Boston, Mass., 1971. 

W. E. Bishop, C. C. Kuta, aud C. A. Pittiager, "Life Cycle Analysis aud Its Relevaace to the Detergent Industry," paper presented Nen> Honan s 92 CSMA.IAOCS Detergent Industry Conference, Bolton Lauding, New York, Sept. 14, 1992. 

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