*001133974 *00520250613134332.0 *007cr *007ta *008110118s1997 no 000 0 eng d *00901692cam a2200361 c 4500 *019 $bl *020 $a8247101122 *035 $a(EXLNZ-47BIBSYS_NETWORK)999719743304702201 *035 $a(NO-LaBS)20615046(bibid) *035 $a(NO-TrBIB)093813821 *035 $a(NO-TrBIB)971974330 *035 $a971974330-47bibsys_network *040 $aNO-TrBIB$bnob$ekatreg *080 $a620.179.13 *080 $a620.193.94 *080 $a620.26 *080 $a66.045 *080 $a66.092 *1001 $aAustegard, Anders$d1964-$0(NO-TrBIB)90728493$_35228800 *245 $aAppendix *260 $aTrondheim$bNorwegian University of Science and Technology, Faculty of Mechanical Engineering, Division of Thermal Energy and Hydro Power$c1997 *300 $a1 b. (flere pag.) *490 $aAn experimental and numerical study of a jetfire stop material and a new helical flow heat exchanger$vVol. 2 *533 $aElektronisk reproduksjon$b[Norge]$cNasjonalbiblioteket Digital$d2009-11-03 *650 7$aIldfaste materialer$xBrannsikring$2tekord$_187303100 *650 7$aPyrolyse$2tekord$_187303200 *650 7$aTermisk materialprøving$2tekord$_187303300 *650 7$aVarmevekslere$2tekord$_186541100 *653 $adoktoringeniør$amaskin$atermisk$aenergi$_35229100 *800 $aAustegard, Anders, 1964-$tAn experimental and numerical study of a jetfire stop material and a new helical flow heat exchanger$vVol. 2$_171881100 *85641$3Fulltekst$uhttps://urn.nb.no/URN:NBN:no-nb_digibok_2009110300047$yNettbiblioteket$zDigital representasjon *901 $a80 *999 $aoai:nb.bibsys.no:999719743304702202$b2021-11-14T19:51:10Z$z999719743304702202 ^