Case Institute

Department of Chemistry, Case Institute of Technology, Cleveland, Ohio. 

Logullo, F. M. Ph. D. Thesis, Case Institute of Technology, quoted in reference... 

Department of Chemistry, University of Michigan, Ann Arbor, Mich, t Department of Chemistry, Case Institute of Technology, Cleveland, Ohio. 

LEON LASDON holds the David Bruton Jr. Centennial Chair in Business Decision Support Systems in the Management Science and Information Systems Department, College of Business Administration, at the University of Texas at Austin and has taught there since 1977. He received a B. S. E. E. degree from Syracuse University and an M. S. E. E. degree and a Ph. D. in systems engineering from Case Institute of Technology. 

DuPont, presented at the beginning of this chapter, and Dow are the largest chemical companies in the United States. Dow Chemical Company was started by Herbert Henry Dow (1866-1930) in Canton, Ohio. Dow was a student at Case Institute in Cleveland who studied the characteristics of salt brines acquired from wells around the Great Lakes. Dow was determined to discover methods to extract chemicals from the salt brine. Rather than use the standard distillation method of his day to obtain chemicals, Dow employed electrolysis to separate... 

Robert Corell Ph.D., Oceanography, Case Institute of Technology Katherine Jacobs No doctorate... 

Case Institute, Chemist s Profile Redrawn Case Institute Survey, 1959. 

Naphthalene, obtained from a petroleum reformate, was chromato-graphically pure after recrystallization. The two monomethylnaph-thalenes were obtained by distillation from the same reformate. The 1-methylnaphthalene was a heart cut of 99-f% purity from a precise fractional distillation. 2-Methylnaphthalene from the same distillation was recrystallized to high purity. 1,3-Dimethylnaphthalene, 1,7-dimethylnaphthalene, and 1,8-dimethylnaphthalene were synthetic samples that were kindly donated by Dr. G. D. Johnson of Kansas State University and Dr. L. Friedman of Case Institute. The remaining isomers were obtained from commercial sources. They were treated with Raney nickel in methanol under reflux to destroy catalyst poisons such as sulfur compounds. The liquid isomers were further purified by preparative-scale gas chromatography. Octalins were prepared by reducing pure naphthalene with lithium in ethylamine (29). 

Antitrust Cases Involving Chemical Industries. Table I is a condensation of a list of cases brought by the Antitrust Division in the chemical industries, compiled from the following sources (1) the Blue Book (I), the publication formally entitled, The Federal Antitrust Laws, With Summary of Cases Instituted by the... 

United States/ which summarizes each of the cases brought prior to July 1, 1948 (2) the Supplement to the Blue Book/ mimeographed by the Department of Justice, and covering cases instituted during the period July 1, 1948, through June 30, 1951, in the same summary fashion and (3) the files of the Legal Procedure Unit of the Antitrust Division, Department of Justice, from which information regarding very recent cases has been compiled. 

The Federal Antitrust Laws, with a Summary of Cases Instituted by the United States, New York, Commerce Clearing House, Inc., 1949. Supplement published by the Department of Justice, 1951. 

This concern extends to carotid artery stenting. Although carotid artery stenting in patients with asymptomatic CAS can be performed by experienced operators with a low complication rate, the procedure can be associated with high complication rate if performed by inexperienced operators, particularly in older patients with complex anatomy (24). In any case, institution-specific assessment of the risk of carotid intervention, endarterectomy, or stenting should be a prime consideration in clinical decision making regarding carotid revascularization in patients with asymptomatic CAS. 

Anon. Albert W. Smith Educator, Chemist, and Engineer Case Institute... 

State. He earned a B.S. in Mechanical Engineering from Case Institute of Technology and completed all coursework for a master s degree on Mechanical Engineering and Urban and Transportation Planning at MIT. His specialty was transportation engineering. Eor three decades he was co-principal and executive vice president of Konheim and Ketcham, an environmental consulting firm founded in 1981. ... 

In 1976, researchers at the Case Institute of Technology developed the WEAP (Wave Equation Analysis of Piles) program. It has been revised on several occasions and is in public domain (http //uftrc.ce.ufl.edu/info-cen/info-cen.htm). The WEAP program has since formed the basis for another advanced proprietary program, the GRLWEAP (www.pile.com). Wave equation analysis software is widely available, and can easily be run on personal computers. 

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