[1] Tan Wenchang.Rev iew of models of o lfaction[J].Foreign Medical Sciences:Biomedical Engineering Fascicule,1996,19(5):256~263.(in Chinese)
[2] Huang Xuanzhao.Otolaryngology[M].Beijing:People’s Sanitation Publisher,1997,7~11.(in Chinese)
[3] Stuiver M.Biophysics of the sense of smel[D].Ph D Thesis.Groningen,The Netherlands:Rijks University,1958,1~50.
[4] Mozell M M.Evidence for a chromatographic model of olfaction[J].J Gen Physiol,1970,56(1):46~58.
[5] Getchell T V,Margo lis F L,Getchel M L.Perireceptor and receptor events in vertebrateol faction[J].Prog Neurobiol,1984,23(2):317~345.
[6] Tan Wenchang,Xu M ingyu.An unsteady mathematical model of olfaction and its solution[J].Chinese J Biomedical Eng,1997,16(1):55~63.(in Chinese)
[7] Hahn I,Scherer P W,Mozell M M.Velo city profiles measured for air flow through alarge scale model of the human nasal cavity[J].J Appl Physiol,1993,75(5):2273~2287.
[8] Rehn T.Perceived odor intensity as a function of air flow though the nose[J].Sens Process,1978,2(2):198~205.
[9] Teghtsoonian R,Teghtsoonian M.Testing a perceptual constancy model for odor strength the effects of sniff pressure and resistance to sniffing[J].Perception,1984,13(6):743~752.
[10] Hornund D E,Youngentob S L,Mezell M M.Olfactory mucosa air partitioning of odorant[J].Brain Res,1987,413(1):147~154.
[11] Hahn I,Scherer P W,Mozell M M.A mass transport model of olfaction[J].J Theoret Biol,1994,167(1):115~128.
[12] Keyhani K,Scherer P W,Mozel M M.A numerical m odel of nasal odorant transport forthe analysis of human olfaction[J].J Theoret Biol,1997,186(2):279~301.
[13] Elad D V,Liebenthal R,Wenig B L,et al.Analysis of air flow pat erns in the humannose[J].Med Biol Eng Comput,1993,31(3):585~592. |
Email Alert
RSS