Kraus, Charles

Frank Howard was also instrumental in the process research for Midgley s tetraethyllead antiknock additive, which led to Exxon s 50% ownership with General Motors of the Ethyl Corporation. Charles A. Kraus, an MIT staff member just before World War I, was its developer, and it appears that Doc Lewis found him for Exxon. Another Lewis idea later resulted in Exxon s fluidized bed iron ore process, commercialized after World War II only in Venezuela by the Arthur F. McKee Company. Someday, such a process might be incorporated in integrated steel minimills. 

Joachim Krause and Charles K. Mallory, Chemical Weapons in Soviet Military Doctrine Military and Historical Experiences, 1915-1991 (Boulder Westview Press, 1992), 20. This must be used with caution as it contains many errors. 

Krause, Joachim and Charles K. Mallory. 1992. Chemical Weapons in Soviet Military Doctrine. 

Krause, H. H., Ireland, P. A., and Charles, G. A., 1988, Materials and Cleaning Options for Cyclic Reheat Systems Midterm Report, CS-5980, prepared for the Electric Power Research Institute, Palo Alto, CA, September. 

Raymond Fuoss was a 20 century polymath who spoke 19 languages fluently. He entered Harvard at 17 and had published extensively by the time he graduated in 1925. He was a Sheldon Fellow at the University of Munich and worked with Wieland, Fajans and Lange. Eventually he entered Brown University to work with Charles A. Kraus, the famous electrochemist and ACS President. He graduated in 2 years after writing his actual thesis with Lars Onsager on irreversible processes in non-aqueous solvents. He remained at Brown until 1935 when the General Electric Company made him an offer he could not refuse. 

Charles A. Kraus Samuel C. Lind William Lloyd Evans Harry N. Holmes Per K. Frolich... 

The Properties of Electrically Conducting % stems. By Charles A. Kraus. 

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