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 />
pesticides in J. Microcolumn Res. 42: 1925-1930 (1994) 85µm polyacrylate<br />
methanol/water Hirat, Y., Pawliszyn, J.<br />
Headspace <strong>SPME</strong> vs. Purge & Trap for the Determination of<br />
5 min<br />
immersion<br />
35 BTEX Substituted Benzenes in Water 100µm PDMS GC-FID<br />
in water J. Chromatogr. Sci. 32(8): 317-322 (1994) 40°C, 50 min<br />
MacGillevra, B.<br />
Quantitative Extraction Using an Internally Cooled Solid<br />
headspace<br />
stirring, salt<br />
38 BTEX Phase MicroExtraction Device 50µm PDMS GC-MS<br />
in water Anal. Chem. 67(1): 34-43 (1995) 22-80°C, 2-5 min<br />
Zang, Z., Pawliszyn, J. headspace<br />
43 Organophosphorus<br />
Element-Selective Detection of Pesticides by Gas<br />
Chromatography Atomic Emission Detection 100µm PDMS GC-AED<br />
pesticides and Solid Phase MicroExtraction 20 min<br />
in water J. Chromatogr. 683: 175-183 (1994)<br />
Eisert, R., Levser, K., Winsch, G.<br />
immersion<br />
44 BTEX<br />
Solid-Phase Microextraction: A Solvent-Free Alternative for<br />
for Sample Preparation polyacrylate, PDMS GC-FID<br />
in water Anal. Chem. 66(17): 844A-853A (1994)<br />
Zang, Z., Yang, M., Pawliszyn, J.<br />
immersion, salt<br />
45 BTEX<br />
New Solvent-Free Sample Preparation Techniques<br />
ES &T 28 (13): 569A-574A (1994) Various fibers and GC-FID,E1858<br />
in water and air Boyd-Boland, A., Chai, M., Luo, Y. Zhand, Z. Yang., M.,<br />
Pawliszyn, J.<br />
extraction conditions GC-MS<br />
A New Separation and Extraction Method -- Solid-Phase<br />
213 Microextraction<br />
Sepu (Chinese) 15 (2): 118-119 (1997)<br />
Liu, J.<br />
<strong>SPME</strong><br />
56 GIT Fachz. Lab. 39: 325-362 (1995)<br />
Popp, P.<br />
2761 Organics in<br />
Sample-introduction systems coupled to ion-mobility spectrometry<br />
equipment for determining compounds<br />
present in gaseous, liquid and solid samples IMS<br />
gases, liquid, TrAC Trends Anal. Chem. 27, #2, 139-150, (Feb. 2008)<br />
solids Arce, L.; Garrido-Delgado, R.; Menendez, M.; Valcarcel, M.<br />
57 BTEX<br />
Sample Introduction Approaches for Solid Phase<br />
MicroExtraction-Rapid GC<br />
in water Anal. Chem. 67: 3265-3274 (1995)<br />
Gorecki, T., Pawliszyn, J.<br />
GC-FID<br />
58 BTEX<br />
Solid Phase MicroExtraction/Isothermal GC for Rapid<br />
Analysis of Complex Organic Samples 15µm PDMS GC-FID<br />
in water J.High Res.Chromatogr. 18 (2): 161-166 (1995) 2 min<br />
Gorecki, T., Pawliszyn, J. headspace, stirring<br />
Examination of analyte partitioning to monocationic and dicationic<br />
2659 Semivolatiles imidazolium-based ionic liquid aggregates using <strong>SPME</strong>-GC<br />
in water J. Chromatogr. A 1148, #1, 92-99 (Apr 27 2007)<br />
Anderson, Jared L.; Baltazar, Quinner Q.; Pino, Veronica<br />
2626 Semivolatiles<br />
Estimating the octanol-water partition coefficients of NPAHs and PAHs<br />
by <strong>SPME</strong> and gas chromatography-ion trap detector immersion, stirring GC-MS<br />
in water Analytical Letters 40, #2, 307-319 (JAN 2007)<br />
Wang, Yiru; Wang, Yonghong<br />
59 Semivolatiles<br />
<strong>SPME</strong> as a Method for Estimating the Octanol Water Partition<br />
Coefficient 85µm polyacrylate GC-FID<br />
Ambient temperature, unless otherwise indicated. 213
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