Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions /
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| Language: | English |
|---|---|
| Format: | U.S. Federal Government Document Book E-Resource |
| _version_ | 1801095741334093824 |
|---|---|
| author | Meneghetti, D. |
| author2 | Ishikawa, H. Argonne National Laboratory. Reactor Engineering Division U.S. Atomic Energy Commission |
| author_browse | Meneghetti, D. Ishikawa, H. Argonne National Laboratory. Reactor Engineering Division. ANL U.S. Atomic Energy Commission. ANL |
| author_facet | Meneghetti, D. Ishikawa, H. Argonne National Laboratory. Reactor Engineering Division U.S. Atomic Energy Commission Meneghetti, D. Ishikawa, H. Argonne National Laboratory. Reactor Engineering Division U.S. Atomic Energy Commission |
| author_sort | Meneghetti, D. |
| building | Internet |
| collection | Hathi Collection |
| contents | "Reactor Technology" "(TID-4500, 17th Ed.)" "AEC Research and Development Report" |
| ctrlnum | (OCoLC)263179713 |
| format | U.S. Federal Government Document Book E-Resource |
| fullrecord | 01669nam a2200409Ia 4500001001300000007000300013003000600016005001700022008004100039040001700080027001300097035002100110049000900131100001900140245013200159246008300291246008600374246010600460260005700566300002800623490004400651500002500695500002700720500004200747504002500789536007200814583007900886650004700965650002901012650003501041650001901076700001701095710006901112710004001181830002601221994001201247 ocn263179713 cr OCoLC 20090621071705.0 081023s1962 ilua tb f000 0 eng d aANLSR cANLSR aANL-6559 a(OCoLC)263179713 aCGUA 1 aMeneghetti, D. 10 aFeasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / cby D. Meneghetti and H. Ishikawa. 33 aFeasibility of Pu239-U235-fueled cores to predict Pu239-fueled core dimensions 33 aFeasibility of Pu-239-U-235-fueled cores to predict Pu-239-fueled core dimensions 33 aFeasibility of Plutonium-239-Uranium-235-fueled cores to predict Plutonium-239 fueled core dimensions aArgonne, Ill. : bArgonne National Laboratory, c1962. a17 p. : bill. ; c28 cm. 1 aANL/Argonne National Laboratory ; v6559 a"Reactor Technology" a"(TID-4500, 17th Ed.)" a"AEC Research and Development Report" aBibliography: p. 16. aOperated by The University of Chicago bContract No. W-31-109-eng-38 1 awill digitize c20081001 zQueued for digitization October 1, 2008 2pda 5miu 0 aNuclear reactors xDesign and construction. 0 aNuclear reactors xCores. 0 aNuclear fuel elements xModels. 0 aNuclear fuels. 1 aIshikawa, H. 2 aArgonne National Laboratory. bReactor Engineering Division. tANL 2 aU.S. Atomic Energy Commission. tANL 0 aANL (Series) ; v6559. aC0 bCGU |
| id | ocn263179713 |
| illustrated | Illustrated |
| import_time | 2024-06-06T07:25:49.219Z |
| institution | The University of Chicago |
| language | English |
| notes | "Reactor Technology" "(TID-4500, 17th Ed.)" "AEC Research and Development Report" Bibliography: p. 16. Operated by The University of Chicago Contract No. W-31-109-eng-38 will digitize 20081001 |
| oclc_num | 263179713 |
| physical | 17 p. : ill. ; 28 cm. |
| publication_place | Argonne, Ill. : |
| publishDate | 1962 |
| publisher | Argonne National Laboratory, |
| recordtype | hathi |
| series | ANL/Argonne National Laboratory ANL (Series) |
| series2 | ANL (Series) 6559 |
| series_browse | ANL/Argonne National Laboratory ANL (Series) |
| series_facet | ANL/Argonne National Laboratory ANL (Series) |
| spelling | Meneghetti, D. Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / by D. Meneghetti and H. Ishikawa. Feasibility of Pu239-U235-fueled cores to predict Pu239-fueled core dimensions Feasibility of Pu-239-U-235-fueled cores to predict Pu-239-fueled core dimensions Feasibility of Plutonium-239-Uranium-235-fueled cores to predict Plutonium-239 fueled core dimensions Argonne, Ill. : Argonne National Laboratory, 1962. 17 p. : ill. ; 28 cm. ANL/Argonne National Laboratory ; 6559 "Reactor Technology" "(TID-4500, 17th Ed.)" "AEC Research and Development Report" Bibliography: p. 16. Operated by The University of Chicago Contract No. W-31-109-eng-38 will digitize 20081001 Queued for digitization October 1, 2008 pda miu Nuclear reactors Design and construction. Nuclear reactors Cores. Nuclear fuel elements Models. Nuclear fuels. Ishikawa, H. Argonne National Laboratory. Reactor Engineering Division. ANL U.S. Atomic Energy Commission. ANL ANL (Series) ; 6559. |
| spellingShingle | Meneghetti, D. Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / ANL/Argonne National Laboratory ANL (Series) "Reactor Technology" "(TID-4500, 17th Ed.)" "AEC Research and Development Report" Nuclear reactors Design and construction Nuclear reactors Cores Nuclear fuel elements Models Nuclear fuels |
| title | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / |
| title_alt | Feasibility of Pu239-U235-fueled cores to predict Pu239-fueled core dimensions Feasibility of Pu-239-U-235-fueled cores to predict Pu-239-fueled core dimensions Feasibility of Plutonium-239-Uranium-235-fueled cores to predict Plutonium-239 fueled core dimensions |
| title_alt_exact | Feasibility of Pu239-U235-fueled cores to predict Pu239-fueled core dimensions Feasibility of Pu-239-U-235-fueled cores to predict Pu-239-fueled core dimensions Feasibility of Plutonium-239-Uranium-235-fueled cores to predict Plutonium-239 fueled core dimensions |
| title_author | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / |
| title_author_exact | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / |
| title_browse | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / Feasibility of Pu239-U235-fueled cores to predict Pu239-fueled core dimensions Feasibility of Pu-239-U-235-fueled cores to predict Pu-239-fueled core dimensions Feasibility of Plutonium-239-Uranium-235-fueled cores to predict Plutonium-239 fueled core dimensions ANL ANL |
| title_browse_sort | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions Feasibility of Pu239-U235-fueled cores to predict Pu239-fueled core dimensions Feasibility of Pu-239-U-235-fueled cores to predict Pu-239-fueled core dimensions Feasibility of Plutonium-239-Uranium-235-fueled cores to predict Plutonium-239 fueled core dimensions ANL ANL |
| title_full | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / |
| title_fullStr | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / |
| title_full_exact | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / |
| title_full_unstemmed | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / |
| title_old | ANL |
| title_short | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / |
| title_short_exact | Feasibility of Pu²³⁹-U²³⁵-fueled cores to predict Pu²³⁹-fueled core dimensions / |
| title_sort | feasibility of pu²³⁹ u²³⁵ fueled cores to predict pu²³⁹ fueled core dimensions |
| topic | Nuclear reactors Design and construction Nuclear reactors Cores Nuclear fuel elements Models Nuclear fuels |
| topic_browse | Nuclear Reactors Design And Construction Nuclear Reactors Cores Nuclear Fuel Elements Models Nuclear Fuels |