01150nam a2200313 i 4500001001300000005001500013007000300028008004100031040002400072041001300096049003100109052001700140056001400157082001500171100004800186245017500234264003900409300004600448336002600494337002800520338002700548500002500575502011900600504003300719546003400752900001900786900001700805900001400822KDM20151449720200923144629ta150818s2015    ulka     m AX 000   eng    a011001c011001erda0 aengbkor0 lWM801931lWM801932c2fWDP02a628.53b15-7  a539.922601a628.532231 a김용현,g金龍現,d1984-0KAC20187225510aInsights into sorbent tube/thermal desorption technique for the optimization of qualitative and quantitative detection of odorous and hazardous compounds /dYong-Hyun Kim 1aSeoul :bHanyang University,c2015  axvi, 162 leaves :billustrations ;c26 cm  atextbtxt2rdacontent  aunmediatedbn2rdamedia  avolumebnc2rdacarrier  aAdviser: Ki-Hyun Kim1 aThesis(Ph.D.) --bGraduate School of Hanyang University,cDepartment of Civil and Environmental Engineering,d2015  aBibliography: leaves 139-153  aIn English; summary in Korean10aKim, Yong-Hyun10aKim, Ki-Hyun10a김기현