*001682406 *00520181003125554.0 *007ta *008171103s2017 no ad e m 00 0 eng *00901336nam a2200289 c 4500 *019 $bl *020 $a978-82-326-2616-8$qh. *035 $a(EXLNZ-47BIBSYS_NETWORK)999920397043102201 *035 $a(NO-LaBS)14438541(bibid) *040 $aNO-OsNB$bnob$ekatreg *080 $a66.067.38 *08204$a628.532$223/nor$qNO-OsNB *1001 $aGuerrero Heredia, Gabriel$d1980-$0(NO-TrBIB)1535375967799$4aut$_96906000 *24510$aNovel hybrid membranes for post-combustion CO₂ capture$cGabriel Guerrero Heredia *260 $bNorwegian University of Science and Technology, Faculty of Natural Sciences, Department of Chemical Engineering$c2017$aTrondheim *300 $a1 b. (flere pag.)$bill. (noen kol.), diagr.$c25 cm *4901 $aDoctoral theses at NTNU$v2017:274$x1503-8181 *500 $aDelvis opptrykk av artikler *502 $aAvhandling (ph.d.) - Norges teknisk-naturvitenskapelige universitet, Trondheim, 2017 *650 7$aMembranteknikk$0(NO-TrBIB)NTUB07126$2tekord$_189900300 *653 0$aCO2-fangst$_77485900 *7102 $aNorges teknisk-naturvitenskapelige universitet$0(NO-TrBIB)90866400$4pbl$_10132100 *7102 $aNorges teknisk-naturvitenskapelige universitet$bInstitutt for kjemisk prosessteknologi$0(NO-TrBIB)99018392$4dgg$_204443900 *830 0$aDoktoravhandlinger ved NTNU (trykt utg.)$x1503-8181$v2017:274$w990402410684702201$_10123500 *913 $aNorbok$bNB *917 $ad *999 $aoai:nb.bibsys.no:999919895389302202$b2021-11-14T20:41:31Z$z999919895389302202 ^