Theoretical study on the transfer function of BORAX-V with central superheater /

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Language:English
Format: U.S. Federal Government Document Book E-Resource
_version_ 1819230904540725249
author Wakabayashi, Jiro
author2 Argonne National Laboratory. Idaho Division
U.S. Atomic Energy Commission
author_browse Wakabayashi, Jiro
Argonne National Laboratory. Idaho Division. ANL
U.S. Atomic Energy Commission. ANL
author_facet Wakabayashi, Jiro
Argonne National Laboratory. Idaho Division
U.S. Atomic Energy Commission
Wakabayashi, Jiro
Argonne National Laboratory. Idaho Division
U.S. Atomic Energy Commission
author_sort Wakabayashi, Jiro
building Internet
collection Hathi Collection
contents "Reactor Technology"
"(TID-4500, 37th Ed.)"
"AEC Research and Development Report"
"Idaho Division"
ctrlnum (OCoLC)262479791
format U.S. Federal Government Document
Book
E-Resource
fullrecord 01509nam a2200397Ia 4500001001300000007000300013003000600016005001700022008004100039040001700080027001300097035002100110049000900131100002200140245010700162246010400269260005700373300002800430490004400458500002500502500002700527500004200554500002100596504002500617536007200642583007900714650004300793650002800836650003800864650004900902650002700951710005500978710004001033830002601073994001201099ocn262479791crOCoLC20090621071705.0081014s1964 ilua tb f000 0 eng d aANLSRcANLSR aANL-6926 a(OCoLC)262479791 aCGUA1 aWakabayashi, Jiro10aTheoretical study on the transfer function of BORAX-V with central superheater /cby Jiro Wakabayashi.33aTheoretical study on the transfer function of Boiling Reactor Experiment V with central superheater aArgonne, Ill. :bArgonne National Laboratory,c1964. a40 p. :bill. ;c28 cm.1 aANL/Argonne National Laboratory ;v6926 a"Reactor Technology" a"(TID-4500, 37th Ed.)" a"AEC Research and Development Report" a"Idaho Division" aBibliography: p. 40. aOperated by The University of ChicagobContract No. W-31-109-eng-381 awill digitizec20081001zQueued for digitization October 1, 20082pda5miu 0aNuclear reactorsxMathematical models. 0aNuclear reactorsxCore. 0aNuclear reactorsxFluid dynamics. 0aBoiling water reactorsxMathematical models. 0aSuperheating reactors.2 aArgonne National Laboratory.bIdaho Division.tANL2 aU.S. Atomic Energy Commission.tANL 0aANL (Series) ;v6926. aC0bCGU
id ocn262479791
illustrated Illustrated
import_time 2024-12-23T11:36:28.788Z
institution The University of Chicago
language English
notes "Reactor Technology"
"(TID-4500, 37th Ed.)"
"AEC Research and Development Report"
"Idaho Division"
Bibliography: p. 40.
Operated by The University of Chicago Contract No. W-31-109-eng-38
will digitize 20081001
oclc_num 262479791
physical 40 p. : ill. ; 28 cm.
publication_place Argonne, Ill. :
publishDate 1964
publisher Argonne National Laboratory,
recordtype hathi
series ANL/Argonne National Laboratory
ANL (Series)
series2 ANL (Series) 6926
series_browse ANL/Argonne National Laboratory
ANL (Series)
series_facet ANL/Argonne National Laboratory
ANL (Series)
spelling Wakabayashi, Jiro
Theoretical study on the transfer function of BORAX-V with central superheater / by Jiro Wakabayashi.
Theoretical study on the transfer function of Boiling Reactor Experiment V with central superheater
Argonne, Ill. : Argonne National Laboratory, 1964.
40 p. : ill. ; 28 cm.
ANL/Argonne National Laboratory ; 6926
"Reactor Technology"
"(TID-4500, 37th Ed.)"
"AEC Research and Development Report"
"Idaho Division"
Bibliography: p. 40.
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 Mathematical models.
Nuclear reactors Core.
Nuclear reactors Fluid dynamics.
Boiling water reactors Mathematical models.
Superheating reactors.
Argonne National Laboratory. Idaho Division. ANL
U.S. Atomic Energy Commission. ANL
ANL (Series) ; 6926.
spellingShingle Wakabayashi, Jiro
Theoretical study on the transfer function of BORAX-V with central superheater /
ANL/Argonne National Laboratory
ANL (Series)
"Reactor Technology"
"(TID-4500, 37th Ed.)"
"AEC Research and Development Report"
"Idaho Division"
Nuclear reactors Mathematical models
Nuclear reactors Core
Nuclear reactors Fluid dynamics
Boiling water reactors Mathematical models
Superheating reactors
title Theoretical study on the transfer function of BORAX-V with central superheater /
title_alt Theoretical study on the transfer function of Boiling Reactor Experiment V with central superheater
title_alt_exact Theoretical study on the transfer function of Boiling Reactor Experiment V with central superheater
title_author Theoretical study on the transfer function of BORAX-V with central superheater /
title_author_exact Theoretical study on the transfer function of BORAX-V with central superheater /
title_browse Theoretical study on the transfer function of BORAX-V with central superheater /
Theoretical study on the transfer function of Boiling Reactor Experiment V with central superheater
ANL
ANL
title_browse_sort Theoretical study on the transfer function of BORAX-V with central superheater
Theoretical study on the transfer function of Boiling Reactor Experiment V with central superheater
ANL
ANL
title_full Theoretical study on the transfer function of BORAX-V with central superheater /
title_fullStr Theoretical study on the transfer function of BORAX-V with central superheater /
title_full_exact Theoretical study on the transfer function of BORAX-V with central superheater /
title_full_unstemmed Theoretical study on the transfer function of BORAX-V with central superheater /
title_old ANL
title_short Theoretical study on the transfer function of BORAX-V with central superheater /
title_short_exact Theoretical study on the transfer function of BORAX-V with central superheater /
title_sort theoretical study on the transfer function of borax v with central superheater
topic Nuclear reactors Mathematical models
Nuclear reactors Core
Nuclear reactors Fluid dynamics
Boiling water reactors Mathematical models
Superheating reactors
topic_browse Nuclear Reactors Mathematical Models
Nuclear Reactors Core
Nuclear Reactors Fluid Dynamics
Boiling Water Reactors Mathematical Models
Superheating Reactors