SPME Applications Guide - Overbrook Scientific
SPME Applications Guide - Overbrook Scientific
SPME Applications Guide - Overbrook Scientific
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(New references added to the 7th edition are in bold) <strong>SPME</strong> Fiber /<br />
Analyte / Extraction<br />
Matrix Literature Reference Conditions Instrument<br />
in air Anal. Chem., 2001, 73(1), 47-54<br />
Koziel, J., Odziemkowski, M., Pawliszyn, J.<br />
10 sec<br />
739 Aerosols, particulate<br />
Sampling and Raman Confocal Microspectroscopic Analysis<br />
of Airborne Particulate Matter Using Poly(dimethylsiloxane PDMS Raman<br />
in air Solid-Phase Microextraction Fibers<br />
Anal. Chem (2001) 73(13), 3131-3139<br />
Odziemkowski, M.; Koziel, J.; Irish, D.; Pawliszyn, J.<br />
Study of preservation of polydimethylsiloxane/carboxen <strong>SPME</strong> fibres<br />
2714 Volatiles in before and after sampling of volatile organic compounds in indoor air. 75µm Carboxen GC-MS<br />
Indoor air J. Chromatogr. A 1124, #1-2, 106-111 (2006-08-18)<br />
Larroque, V.; Desauziers, V. ; Mocho, P<br />
Volatile organic compounds in indoor environments<br />
2236 Volatiles in HANDBOOK OF ENVIRONMENTAL CHEMISTRY, (2004) p1-35 book<br />
Indoor air Ayoko, Godwin A.<br />
574 Solvents<br />
Application of <strong>SPME</strong> to monitoring indoor air quality.<br />
Fresenius'-J-Anal-Chem. Apr 1999; 363(7): 696-699 100µm PDMS GC-MS<br />
in air Gorlo,-D; Zygmunt,-B; Dudek,-M; Jaszek,-A; Pilarczyk,-M; Namiesnik,-J 15 min<br />
542 Organic pollutants<br />
Application of <strong>SPME</strong> to monitoring indoor air quality<br />
Fresenius' J. Anal. Chem. (1999), 363(7), 696-699 100µm PDMS GC-MS<br />
in air Gorlo, D., Zygmunt, B., Dudek, M., Jaszek, A, Pilarczyk, M.,<br />
Maniesnik, J.<br />
Time-weighted average water sampling with a <strong>SPME</strong> device<br />
2293 PAHs in Anal. Chem. 77 #22, 7319-7325 (2005) PDMS GC<br />
water Chen, Yong; Ouyang, Gangfeng; Pawliszyn, Janusz<br />
543 Organic vapors<br />
Time-Weighted Average Sampling with <strong>SPME</strong> Device;<br />
Implications for Enhanced Personal Exposure Monitoring to 100µm PDMS<br />
in Air Airborne Pollutants<br />
Anal. Chem. (1999), 71(8), 1513-1520<br />
Martos, p. Pawliszyn, J.<br />
932 Organic vapors<br />
Time-weighted average sampling of volatle and semivolatile<br />
airborne organic compounds by the <strong>SPME</strong> device<br />
in Air J. Chromatogr. A (2000), 892(1-2), 455-467<br />
Khaled, A, Pawliszyn, J.<br />
306 VOCs<br />
Application of Solid Phase Microextraction for Determination<br />
of Volatile Halogenated Hydrocarbons in Air and Water<br />
in water and air of an Indoor Swimming Pool<br />
Fresenius’ Environ. Bull. 5 (1+2): 55-60 (1996)<br />
Czerwinski, J., Zygmunt, B., Namiensnik, J.<br />
307 Pollution<br />
A Case Study of Indoor Pollution by Chinese Cooking<br />
Toxicol. Environ. Chem. 65 (1-4): 217-224 (1998)<br />
in air Benfenati, E., Pierucci, P., Niego, A.<br />
347 VOCs<br />
Nonequilbrium Quantitation of Volatiles in Air Stream by <strong>SPME</strong><br />
Anal. Chem. Vol. 71, January 1, 1999, pg. 92-101 7µm, 30µm, 100µm GC-FID<br />
in air Bartelt, R., Zilkowski, B. PDMS<br />
27°C, 30 min<br />
gas sampling<br />
2605 Volatiles in<br />
High-molecular products analysis of VOC destruction in atmospheric<br />
pressure discharge 65µm CW/PDMS GC-FID<br />
atmosphere J. Phys., Conf. Ser. (UK) 63, #1, 6 (2007) Car/DVB 30/50µm<br />
Grossmannova, H.; Ciganek, M.; Krcma, F. gas sampling<br />
544 Volatiles in<br />
The sampling and analysis of volatile organic compounds<br />
in the atmosphere<br />
Ambient temperature, unless otherwise indicated. 206
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