%0 Thesis %1 hahn2002sno1tn2 %A Hahn, Simone %D 2002 %K dnb Elektrotechnik Chemie Technische_Chemie Lebensmitteltechnologie Textiltechnik_und_andere_Technologien %T SnO_1tn2 thick film sensors at ultimate limits: performance at low O_1tn2 and H_1tn2O concentrations ; size reduction by CMOS technology = An den Grenzen von SnO_1tn2-Dickschichtsensoren

@phdthesis{hahn2002sno1tn2, added-at = {2015-09-09T19:49:35.000+0200}, author = {Hahn, Simone}, biburl = {https://www.bibsonomy.org/bibtex/2f9aed41284cd7d1110e50b42a1faa76e/genealogie}, dnbtitleid = {965379256}, interhash = {603df2a947c90220e4099c6952712701}, intrahash = {f9aed41284cd7d1110e50b42a1faa76e}, keywords = {dnb Elektrotechnik Chemie Technische_Chemie Lebensmitteltechnologie Textiltechnik_und_andere_Technologien}, school = {Uni Tübingen}, timestamp = {2015-09-09T19:53:30.000+0200}, title = {SnO_1tn2 thick film sensors at ultimate limits: performance at low O_1tn2 and H_1tn2O concentrations ; size reduction by CMOS technology = An den Grenzen von SnO_1tn2-Dickschichtsensoren}, year = 2002 }