262 the bell system technical journal, january 1954 



Edelson, D.^, C. a. Bieling^ and G. T. Kohman^ 



Electrical Decomposition of Sulfur Hexafluoride, Ind. and Eng. Chem., 

 45, pp. 2094-2096, Sept., 1953. 



Ehrbar, R. D., see C. H. Elmendorf. 



Elmendorf, C. H.^, R. D. EhrbarI, R. H. Klie^, and A. J. Grossman^ 



The L3 Coaxial System, A.I.E.E., Trans. Commun. & Electronics, 

 8, pp. 395-413, Sept., 1953. 



The L3 coaxial system is a new broad-band facilit}' for use with existing 

 and new coaxial cables. It makes possible the transmission of 1,860 telephone 

 channels or 600 telephone channels and a television channel in each direction 

 on a pair of coaxial tubes. The principal system design problems and the 

 methods used in their solution are described in terms of its components and 

 their location in the system. 



Fine, M. E.^ 



Cp-Cv in Silicon and Germanium, Letter to the Editor, J. Chem. 

 Phys., 21, P. 1427, Aug., 1953. 



Frayne, J. G.^ AND E. W. Templin^ 



Stereophonic Recording and Reproducing Equipment, J.S.M.P.T.E., 

 61, Part 2, pp. 395-407, Sept., 1953. 



This paper describes new stereophonic recording channel equipment includ- 

 ing a si.x-position mixer and portable three-channel recorder. For re-record- 

 ing, the previously described triple-track recorder-reproducer is available. 

 For review-room and theater reproduction, a theater-type dummy equipped 

 for three-channel stereophonic reproduction is described. 



Goertz, M., see H. J. Williams. 



Gramels, J.^ 



Problems to Consider in Applying Selenium Rectifiers, A.I.E.E., 

 Trans., Commun. & Electronics, 8, pp. 488-492, Sept., 1953. 



Gray, A. N.^ 



Room-Temperature Compound Process, Mech. Eng., 75, pp. 625- 

 628, Aug., 1953. 



1 Bell Telephone Laboratories. 

 ' Western Electric Company. 

 ^ Westrex Corporation. 

 ' Sandia Corporation. 



