MARC Bibliographic Record

LEADER01701cam a2200445Ia 4500
001 9963839143602122
005 20040914141202.0
007 he bm--------
008 870623t19851985caua bbt 000 0 eng d
035    $a(OCoLC)ocm16045917
035    $a(WU)6383914-uwmadisondb
035    $a(EXLNZ-01UWI_NETWORK)999967560002121
040    $aZEM$beng$cZEM$dOCL
049    $aGZMA
088    $aEPRI-NP-4032
100 1_ $aSmith-Magowan, D.
245 14 $aThe impact of colloidal chemistry on radioactivity transport in nuclear power plants /$cprepared by Westinghouse Electric Corporation, Research and Development Center ; principal investigator, D. Smith-Magowan.
264 _1 $aPalo Alto, Calif. :$bElectric Power Research Institute,$c[1985]
264 _4 $c©1985
300    $a1 volume (various pagings) :$billustrations ;$c28 cm.
336    $atext$btxt$2rdacontent
337    $amicroform$bh$2rdamedia
338    $amicrofiche$bhe$2rdacarrier
490 1_ $aEPRI report ;$vNP-4032
500    $a"EPRI-NP-4032."
500    $a"May 1985."
504    $a"Bibliography": pages 7-1 - 8-1.
513    $aInterim report.
533    $aMicrofiche.$bPalo Alto, Calif. :$cElectric Power Research Institute,$d[1985].$e1 microfiche, negative.$7s1985 caun b
536    $aSponsored by Electric Power Research Institute.$d825-2.
650 _0 $aLight water reactors.
650 _0 $aWater chemistry.
650 _0 $aColloids.
650 _0 $aRadiative transfer.
650 _0 $aNuclear reactors$xCorrosion.
650 _0 $aExperimental design.
710 2_ $aWestinghouse Electric Corporation.$bResearch & Development Center.
710 2_ $aElectric Power Research Institute.
830 _0 $aEPRI report ;$vNP-4032.
994    $aX0$bGZM
997    $aMARCIVE

MMS IDs

Document ID: 999967560002121
Network Electronic IDs:
Network Physical IDs: 999967560002121
mms_mad_ids: 9963839143602122