| [1] rogak, s. n., pott, u., dann, t., et al. gaseous
emissions from vehicles in a traffic tunnel in
vancouver, british columbia[j]. journal of the
air & waste management association (1995),
1998: 604-615.
[2] wang d k w; austin c c. determination of complex
mixtures of volatile organic compounds
in ambient air: an overview[j]. analytical and
bioanalytical chemistry, 2006: 1089-1098.
[3] doherty victoria funmilayo; otitoloju adebayo
akeem. monitoring of soil and groundwater
contamination following a pipeline explosion
and petroleum product spillage in ijegun, lagos
nigeria[j]. environmental monitoring and assessment,
2013: 4159-4170.
[4] kermanshahi pour, a., karamanev, d. & margaritis,
a. biodegradation of petroleum hydrocarbons
in an immobilized cell airlift bioreactor[
j]. water research, 2005:3704-3714.
[5] bruinen de bruin yuri, koistinen kimmo, kepHalopoulos
stylianos, et al. characterisation of
urban inhalation exposures to benzene, formaldehyde
and acetaldehyde in the european
union: comparison of measured and modelled
exposure data[j]. environmental science and
pollution research international, 2008: 417-
430.
[6] sabit cakmak, robert e, dales，ling liu. residential
exposure to volatile organic compounds
and lung function: results from a population-
based cross-sectional survey[j]. environmental
pollution, 2014: 145-151.
[7] dimosthenis a. sarigiannis, spyros p. karakitsios,
alberto gotti, et al. exposure to major
volatile organic compounds and carbonyls in
european indoor environments and associated
health risk[j]. environment international, 2011:
743-765.
[8] prakash, a., zaffiro, d., zimmerman, m., et al.
method epa 524.3: measurement of purgeable
organic compounds in water by capillary column
gas chromatograpHy/mass spectrometry[
m].2009.
[9] cassada d a, zhang y, snow d d, et al. trace analysis of ethanol, mtbe, and related oxygenate
compounds in water using solid-pHase
microextraction and gas chromatograpHy/mass
spectrometry[j]. analytical chemistry, 2000:
4654-4658.
[10] gaines, r. b., ledford, e. b. & stuart, j. d. analysis
of water samples for trace levels of oxygenate
and aromatic compounds using headspace
solid-pHase microextraction and comprehensive
two-dimensional gas chromatograpHy[j].
journal of microcolumn separations, 1998:
597-604.
[11] b. nouri, b. fouillet, g. toussaint, et al. complementarity
of purge-and-trap and head-space
capillary gas chromatograpHic methods for
determination of methyl- tert .-butyl ether in
water[j]. journal of chromatograpHy a, 1996:
153-159.
[12] schmidt t c, duong h a, berg m, et al. analysis
of fuel oxygenates in the environment[j]. the
analyst, 2001: 405-413.
[13] nallanthigal sridhara chary; amadeo r. fernandez-
alba; determination of volatile organic compounds
in drinking and environmental waters[j].
trends in analytical chemistry, 2012: 60-75.
[14] m.a. kamal，p. klein. estimation of btex in
groundwater by using gas chromatograpHy–
mass spectrometry[j]. saudi journal of biological
ences, 2010: 205-208.
[15] m mestres, o busto, j guasch. analysis of organic
sulfur compounds in wine aroma[j]. journal
of chromatograpHy a, 2000: 569-581.
[16] ashley d l, bonin m a, cardinali f l, et al. determining
volatile organic compounds in human
blood from a large sample population by using
purge and trap gas chromatograpHy/mass spectrometry[
j]. analytical chemistry, 1992: 1021-
1029.
[17] serban moldoveanu, victor david. comments
on sample preparation in chromatograpHy for
different types of materials[j]. modern sample
preparation for chromatograpHy, 2015: 411-
446.
[18] fabio augusto, alexandre leite e lopes. sampling
and sample preparation for analysis of aromas
and fragrances[j]. trends in analytical chemistry,
2003: 160-169.
[19] Munch, J. W. Method EPA 502.2: volatile organic
compounds in water by purge and trap
capillary column gas chromatograpHy with
pHotoionization and electrolytic conductivity
detectors in series Revision 2.1. 1995. |
