*001160417
*00520160622160043.0
*007ta
*008120529s2012    no#           000 0 eng
*00901564cam a2200361 c 4500
*015  $a1209367$2nbf
*019  $bl
*020  $a9788247132685$qh.
*035  $a(EXLNZ-47BIBSYS_NETWORK)991200645884702201
*035  $a(NO-LaBS)14162026(bibid)
*035  $a(NO-TrBIB)120064588
*035  $a120064588-47bibsys_network
*040  $aNO-OsNB$bnob$ekatreg
*042  $anorbibl
*044  $cno
*080  $a621.643.004.62
*08274$a665.54$qNO-OsNB$25/nor
*1001 $aSolheim, Karl Gunnar$d1962-$0(NO-TrBIB)12006164$_38901900
*24514$aThe effect of HAZ microstructure on the utilisation potential of 13% Cr flowlines$cKarl Gunnar Solheim
*260  $aTrondheim$bNorwegian University of Science and Technology, Faculty of Natural Sciences and Technology, Department of Materials Science and Engineering$c2012
*300  $aVII, 179 s.$bill.
*4901 $aDoctoral theses at NTNU$v2012:7
*4901 $aIMT-report$v2012:146
*502  $aAvhandling (ph.d.) - Norges teknisk-naturvitenskapelige universitet, Trondheim, 2012
*650 7$aRørledninger$xSlitasje$2tekord$_187585500
*653  $adoktoravhandlinger$aph.d.$amaterialteknologi$_14305500
*7102 $aNorges teknisk-naturvitenskapelige universitet$bInstitutt for materialteknologi$0(NO-TrBIB)2134978$4dgg$_204430500
*830 0$aDoktoravhandlinger ved NTNU (trykt utg.)$x1503-8181$v2012:7$w990402410684702201$_10123500
*830 0$aIMT-rapport (Norges teknisk-naturvitenskapelige universitet. Institutt for materialteknologi : trykt utg.)$v2012:146$w990315251644702201$_204430600
*901  $a90
*913  $aNorbok$bNB
*917  $ad
*999  $aoai:nb.bibsys.no:991200645884702202$b2021-11-14T19:53:11Z$z991200645884702202
^