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24 FUELS, PROCESSING, AND METALLURGY PRODUCTION OF URANIUM FEED MATERIALS (1959). 28 minutes, color. Produced by Continental Productions Corp., Chattanooga, for the Oak Ridge Operations Office of the USAEC. For sale by Capital Film Laboratories, at $87.31 per print, including shipping case, F.O.B. Washington, D. C. Available for loan (free) from USAEC headquarters and field libraries. Cleared for television. This semitechnical film describes the step-by-step processing of uranium—from ore concentrates to metal reduction and fabrication — in the feed materials plants of the USAEC at Fernald, Ohio, and Weldon Spring, Missouri. REACTOR FUEL PROCESSING (1958). 20 minutes, color. Produced by USAEC's Oak Ridge National Laboratory. For sale by Byron Motion Pictures, at $62.71 per print, including shipping case, F.O.B. Washington, D. C. Available for loan (free) from USAEC headquarters, field libraries, and Oak Ridge National Laboratory, Oak Ridge, Tennessee 37831. Cleared for television. Describing radiochemical processing of irradiated reactor fuels, this film covers steps in chemical-separation and waste-disposal operations at pilot-plant facilities at Oak Ridge National Laboratory (Tenn.); pro- duction facilities at the National Reactor Testing Station (Idaho); Hanford Works (Richland, Wash.); and Savannah River Plant (Aiken, S. C.); and process research activities at Argonne National Laboratory (Illinois) and Oak Ridge National Laboratory. A STUDY OF GRAIN GROWTH IN BeO USING A NEW TRANSMITTED LIGHT HOT STAGE (1965). 16V 2 minutes, color. Produced for the USAEC by Atomics International. For sale by Hollywood Film Enterprises, Inc., at $42.00 per print, includ- ing shipping case, F.O.B. Hollywood. Available for loan (free) from USAEC headquarters and field libraries. Cleared for television. This film report (based on ceramics technology research conducted for the Fuels and Technology Branch, Division of Reactor Development and Technology, USAEC) depicts the design and operation of a new hot stage used with a polarizing microscope and transmitted light. Time- lapse color cinematography makes possible the observation of time- dependent reactions and structural changes in transparent crystalline materials at temperatures as high as 2000°C. Sequences are shown of studies of thin sections of beryllium oxide ceramics at about 1700 °C in vacuum. Movement of pores and grain boundaries, grain growth, and surface evaporation effects were seen. The film describes the physical basis for some of the observations, and the determination of quantita- tive grain-growth kinetics from the photographic records.