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Argonne National Laboratory, Chicago

R. A. Leonard and co-workers. Development of a 25cmA.nnular Centrifugal Contactor, ANL-80-15, Argonne National Laboratory, Chicago, lU., June 1980. [Pg.209]

SREX [Strontium extraction] A process for removing strontium-90 from aqueous wastes from nuclear fuel processing, by solvent extraction into a solution of 18-crown-6 in octanol. Developed by E. P. Horwitz at the Argonne National Laboratory, Chicago, IL, in 1990. [Pg.253]

B. B. Cunningham, Plutonium Chemistry Symposium, The University of Chicago and Argonne National Laboratory, Chicago, Illinois, 1963. [Pg.205]

Nelson, D.M. and Orlandini, K. (1979) Identification of Puv in natural waters. Argonne National Laboratory, Chicago, Annual Report ANL-79-65 Part III, pp. 57-59. [Pg.385]

Hersch, H. N. (1981). Energy and Materials Flows in the Production of Pulp and Paper, Argonne National Laboratory, Chicago, IL. [Pg.459]

UREX+ A solvent extraction process for separating the components of used nuclear fuel so that the unreacted fraction can be reused in an Advanced Burner Reactor. Based on the Purex process, which uses tributyl phosphate in n-dodecane, but using multistage, centrifugal contactors. Developed by the Argonne National Laboratory, Chicago, IL, from 2003 and proposed for use by 2014. [Pg.382]

In a study performed at the Advanced Photon Source of the Argonne National Laboratories (Chicago), a Fe-ZSM-5 zeoUte with Fe in framework sites has been treated after the synthesis of the precursor by different heating procedures using... [Pg.518]

Montemagno, C. D. 1991. Evaluation of the feasibility of biodegrading explosives-contaminated soils and groundwater at the Newport Army Ammunition Plant (NAAP). USATHAMA Report CETHA-TS-CR-9200. Argonne National Laboratory, Chicago. [Pg.132]

Argonne, IL Aigonne National Laboratoiy. Crease, R. P. (1999). Making Physics A Biography of Brookhaven National Laboratory. Chicago University of Chicago Press. [Pg.820]

Argonne National Laboratory, Materials Science Division, University of Chicago, Argonne, IL 60439, USA... [Pg.245]

My first job out of college was at the Argonne National Laboratory, near Chicago, from 1946 to 1954. My work took me into... [Pg.29]

Einsteinium - the atomic number is 99 and the chemical symbol is Es. The name derives from Albert Einstein , the German bom physicist who proposed the theory of relativity. A collaboration of American scientists from the Argonne National Laboratory near Chicago, Illinois, the Los Alamos Scientific Laboratory in Los Alamos, New Mexico and at the University of California lab in Berkeley, California first found Es in the debris of thermonuclear weapons in 1952. The longest half-life associated with this unstable element is 472 day Es. [Pg.8]

In the 1960s, scientists first produced compounds of xenon and some other noble gases at the Argonne National Laboratory located near Chicago. Xenon and krypton are the only noble gases that readily form compounds with oxygen and fluorine. For instance, when xenon combines with fluorine, it can form a series of compounds, such as xenon difluoride PCeF ), xenon tetra-fluoride (XeF ), and xenon hexafluoride pCeF ). These and other compounds of xenon are formed within metal containers at high temperatures and pressures. They are not stable. [Pg.272]

Fig. 10.15, Metal vacuum systems for handling fluorine and reactive fluorides, (a) A design used extensively at Argonne National Laboratory constructed of nickel tubing and Monel valves (A) with cone joints (illustrated in Fig. 10.13) (D) nickel U-trap (E) Monel Bourden gauge (0-1000 ion) (F) 130-mL nickel reactor can (Fig. 10.17) (G) 1,500-mL nickel storage or measuring can, (H) 85-mL nickel can, (i) brass valve (K) soda-lime trap to protect vacuum pumps (L) Monel valve. (Reproduced by permission of the copyright holder, The University of Chicago Press, from Nobel Gas Compounds, H. H. Hyman (Ed.), Chicago, 1963.)... Fig. 10.15, Metal vacuum systems for handling fluorine and reactive fluorides, (a) A design used extensively at Argonne National Laboratory constructed of nickel tubing and Monel valves (A) with cone joints (illustrated in Fig. 10.13) (D) nickel U-trap (E) Monel Bourden gauge (0-1000 ion) (F) 130-mL nickel reactor can (Fig. 10.17) (G) 1,500-mL nickel storage or measuring can, (H) 85-mL nickel can, (i) brass valve (K) soda-lime trap to protect vacuum pumps (L) Monel valve. (Reproduced by permission of the copyright holder, The University of Chicago Press, from Nobel Gas Compounds, H. H. Hyman (Ed.), Chicago, 1963.)...
The submitted manuscript has been created by the University of Chicago as Operator of Argonne National Laboratory ( Argonne ) under Contract No. W-31-109-ENG-38 with the US Department of Energy. The US Government retains for itself, and other acting on its behalf, a paid-up, nonexclusive, irrevocable worldwide license in said article to reproduce, prepare derivative works, distribute copies to the public, and perform publicly and display publicly, by or on behalf of the Government. [Pg.319]


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See also in sourсe #XX -- [ Pg.272 , Pg.322 , Pg.324 ]




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