ORNL

B. C. Pol and M. B. Ryan, Database Assessment of Pollution Control in the Military Explosives and Propellant Production Industry final report ORNL-22, Oak Ridge National Lab., Term., Feb. 1986. 

R. R. Dixon, L. E. Edleman, and D. K. McLain,/ Cell Plast. 6(1), 44 (1970) C. F. Sheffield, Description and Applications of a Diffusion Modelfor BJgid Closed-CellFoams, ORNL Symposium on Mathematical Modeling of Roofs, Oak Ridge National Laboratory, Oak Ridge, Term., Sept. 15,1988. 

ISX-B Impurity Studies Experiment B Oak Ridge National Laboratory (ORNL), Oak Ridge, Term. 

S. C. Davis and P. S. Hu, Transportation Energy Data Book Edition 1 /, ORNL-6649, Oak Ridge National Laboratories for Office of Transportation Technologies, U.S. Dept, of Energy, Washington, D.C., 1991. 

W. D. Arnold md D. J. Crouse, Evaluation of alternative Extractants to TBP-1, ORNL/TM-7536, Oak Ridge National Laboratory, Oak Ridge, Term., 1980. 

W. S. Groenier, Equipmentfor the Dissolution of Core Materialfrom S beared Power Reactor Fuels, ORNL/TM-3194, Oak Ridge National Laboratory, Oak... 

F. J. Hurst, D. J. Crouse, and K. B. Brown, Solvent Extraction of Craniumfrom Wet Process Phosphoric Acid, ORNL-TM-2522, U.S. Atomic Energy Commission, Washington, D.C., 1969. 

J. H. Erankfort, Proceedings of Information Meeting on Irradiated Wood-Plastic Materials, Report ORNL-llC-7, Chicago, lU., 1965. 

J. S. Suffem, The Physical Effects of Entrainment—Current Fesearch at OFNL, ORNL/TM-5948, Oak Ridge National Laboratory, Oak Ridge, Teimessee, and National Technical Information Service, Springfield, Va., 1977. 

I. Alexeff, CurrentEimitations in Calutrons, Oak Ridge National Laboiatoiy, ORNL-TM-3722, 10 pp. Avail. Dep. NTlS, 1972. 

The Office of Saline Water (now the Off. of Water Res. Tech.) of the U.S. Dept, of Interior pubHshed almost 1000 reports and was responsible for numerous articles on desalination. The Nuclear Desalination Information Center of Oak Ridge National Laboratory maintains a bibHography of these sources of information, which are abstracted and indexed in ORNL-NDlC-11 and -13. 

Ryon, Daley, and Lowrie [Chem. Eng. Ftog., 55(10), 70, (1959), U.S. AFC ORNL-2951, I960]. Continuous extraction of uranium from sulfate-ore-leach liquors and kerosine -t- trihiityl phosphate and di(2-ethylhexyl)-phosphoric acid baffled vessels, turbine agitated. There is strong evidence of the influence of a slow chemical reaction. 

Ryon and Lowrie (U.S. AEC ORNL-3.381, 1960). Batch and continuous extraction of uranium from aqueous sulfate solutions into kerosine -t- amines, stripping of extract with aqueous sodium carbonate baffled vessels, turbine agitated. A detailed process study. 

FIG. 16-62 Mode of operation of the Higgins contractor. (ORNL-LR-Dwg. 27857R )... 

Carboflex P200 and P400 milled earbon fibers were used at ORNL, and were obtained from two sourees. Initially, the Carboflex carbon fibers were obtained from the Ashland Petroleum Company, Ashland, Kentucky, U.S.A. More reeently, however, Carboflex fibers were purehased from the Anshan East Asia Carbon Company, Anshan, China. 

Fig. 1. The synthesis route for ORNL s porous carbon fiber-carbon binder composites.

Wei and Robbins [10] and Brassell and Wei [2] have reported property data for CBCF. Their data, and more recent unpublished data from ORNL, are summarized below. 

A recently developed adsorbent version of ORNL s porous carbon fiber-carbon binder eomposite is named carbon fiber composite molecular sieve (CFCMS). The CFCMS monoliths were the product of a collaborative researeh program between ORNL and the University of Kentueky, Center for Applied Energy Researeh (UKCAER) [19-21]. The m.onoliths are manufactured in the manner deseribed in Section 2 from P200 isotropic pitch derived fibers. While development of these materials is in its early stages, a number of potential applieations can be identified. 

Table 3. Physical properties of CFCMS monoliths developed by ORNL/UKCAER...

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