| Record ID | marc_loc_2016/BooksAll.2016.part05.utf8:144624847:1392 |
| Source | Library of Congress |
| Download Link | /show-records/marc_loc_2016/BooksAll.2016.part05.utf8:144624847:1392?format=raw |
LEADER: 01392cam a22003011 4500
001 62064231
003 DLC
005 20091230080836.0
008 900103s1962 waua b s000 0 eng
010 $a 62064231
035 $a(OCoLC)20842780
040 $aDLC$cWaChenE$dDLC
042 $apremarc
043 $an-us-or
050 00 $aT7$b.W252 no. 265
100 1 $aGladwell, John S.
245 10 $aUmpqua estuary model study /$cby John S. Gladwell and E. Roy Tinney, prepared for Dept. of Health, Education and Welfare, Public Health Service, Portland, Or.
260 $aPullman :$bR.L. Albrook Hydraulic Laboratory, Division of Industrial Research, Washington State University,$c1962.
300 $axi, 107 l. :$billus. ;$c38 cm.
490 1 $aWashington State Institute of Technology. Bulletin$v265
501 $aWith : Study of the dynamics and thermodynamics of liquid-gas-vapor bubbles. Pullman : Division of Industrial Research, Washington State University, [n.d.]. Bound together subsequent to publication.$5DLC
504 $aBibliography: leaves 105-107.
651 0 $aUmpqua River Estuary (Or.)
650 0 $aHydraulic models.
650 0 $aWater$xPollution$zOregon$zUmpqua River Estuary.
700 1 $aTinney, Edwy Roy.
710 1 $aUnited States.$bPublic Health Service.
830 0 $aBulletin (Washington State Institute of Technology. Division of Industrial Research) ;$v265.