Applications Analytical thermal desorption

^ bruner, f.; ciccioli, p.; nardo, f. di (1974). use of graphitized carbon black in environmental analysis . journal of chromatography. 99: 661–672. doi:10.1016/s0021-9673(00)90893-8. 
^ pankow, j.f.; isabelle, l.m.; hewetson, j.p.; cherry, j.a. (1984). syringe , cartridge method down-hole sampling trace organics in ground water . ground water. 22: 330–339. doi:10.1111/j.1745-6584.1984.tb01405.x. 
^ epa compendium method to-17: determination of volatile organic compounds in ambient air using active sampling onto sorbent tubes, environmental protection agency, january 1999, pdf
^ cite error: named reference dx invoked never defined (see page).
^ w.r. betz, s.g. maroldo, g.d. wachob , m.c. firth, characterization of carbon molecular sieves , activated charcoal use in airborne contaminant sampling, american industrial hygiene association journal, 1989, 50: 181–187.
^ houldsworth, h.b.; o sullivan, j.; musgrave, n. (1982). passive monitors determination of personal nitrous oxide exposure levels . anaesthesia. 37: 467–468. doi:10.1111/j.1365-2044.1982.tb01175.x. 
^ mdhs 80, laboratory method using diffusive solid sorbent tubes, thermal desorption , gas chromatography, uk health & safety executive, august 1995, pdf
^ grote, a.a.; kennedy, e.r. workplace monitoring vocs using thermal desorption-gc-ms . journal of environmental monitoring. 2002 (4): 679–684. 
^ e. woolfenden, standardized methods testing emissions of organic vapors building products indoor air, in: organic indoor air pollutants (2nd edn), ed. t. salthammer , e. uhde, wiley-vch, 2009, chapter 6, http://eu.wiley.com/wileycda/wileytitle/productcd-3527312676.html.
^ method vda 278: thermal desorption analysis of organic emissions characterization of non-metallic materials automobiles, october 2011, http://www.vda.de/en/publikationen/publikationen_downloads/detail.php?id=1027.
^ kessler, a.; baldwin, i.t. (2001). defensive function of herbivore-induced plant volatile emissions in nature . science. 291: 2141–2144. doi:10.1126/science.291.5511.2141. 
^ manolis, a. (1983). diagnostic potential of breath analysis . clinical chemistry. 29: 5–15. 
^ e. woolfenden, flavour , fragrance profiling atd/gc, laboratory equipment digest, april 1989, pp. 23–25.
^ kelly, l.; woolfenden, e.a. enhanced gc-ms aroma profiling using thermal desorption technologies . separation science. 2008 (1): 16–23. 
^ workplace chemical monitoring: monitoring considerations, in: occupational health , workplace monitoring @ chemical agent disposal facilities, board on army science , technology (national research council), 2001, chapter 2.