© Eastman Kodak Company, 1983
At Kodak, the most basic elements of good chemistry are good people»
It takes top-notch • scientific and technical r^ % people to advance the lightr r?rr sensitive-polymer technology that goes into Kodak's photographic products. An example of their expertise is the introduction of a high-speed (ISO 1000) film, made possible by altering the shape and sensitization of silver-halide crystals. This new film represents the single most important advance in silver-halide-emulsion technology in 50 years. But that's only one of the areas where chemists and chemical engineers play a major role at Kodak. In fact, Kodak's steady growth and diversification mean we have an ever-increasing variety of chemistry-related career opportunities.
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Opportunities in such diverse projects as improving the unique dry-reagent technology that goes into Kodak's automated bloodchemistry analyzer. Monitoring the manufacturing parameters for toners used in Kodak's copier-duplicators. And reducing Kodak's dependence on petroleum-related products through the design and construction of one of the nation's first large-scale coal-gasification facilities, located at a Kodak division in Kingsport, Tennessee, If opportunities like these come to mind when you think of your career, see a Kodak recruiter on campus. Or send your resume to: Personnel Resources, Dept. DCEN, Eastman Kodak Company, Rochester, NY 14650.
Kodak. Th * right place* The right time* An equal opportunity employer manufacturing photographic products, fibers, plastics, chemicals, and electronic equipment. Plants in Rochester, NY; Kingsport, Tenn.; Windsor, Colo.; Longview, Tex.; Columbia, SC; Batesville, Ark.; and a sales force all over the US. 34
October 17, 1983 C&EN
