SRI Kaleidagraph Validation files bartok_w.kga Bartok et al AIChE 72 bartok_wo.kga Bartok et al AIChE 72 bernstein.ch.kga Bernstein et al C&F 93 (currently a gif table) bernstein.ch3.kga Bernstein et al C&F 93 (currently a gif table) bernstein.co.kga Bernstein et al C&F 93 (currently a gif table) bernstein.h.kga Bernstein et al C&F 93 (currently a gif table) bernstein.hco.kga Bernstein et al C&F 93 (currently a gif table) bernstein.o.kga Bernstein et al C&F 93 (currently a gif table) bernstein.oh.kga Bernstein et al C&F 93 (currently a gif table) brl21oh.kga Sausa et al C&F 93 brl21no.kga Sausa et al C&F 93 etzkorn.kga Etzkorn et al 24th Symp. 92 fleming.ch.kga Fleming et al ChemPhys Lett 90 (currently a gif table) fleming.oh.kga Fleming et al ChemPhys Lett 90 (currently a gif table) glarC2H4.CO.kga KristensenGlarborg&DamJohansen unpubl. (glarborgc2h4.gif) glarC2H4.CO2.kga KristensenGlarborg&DamJohansen unpubl. (glarborgc2h4.gif) glarC2H6.CO.kga KristensenGlarborg&DamJohansen unpubl. (glarborgc2h6.gif) glarC2H6.CO2.kga KristensenGlarborg&DamJohansen unpubl. (glarborgc2h6.gif) h2n2ov.kga Brown&Smith 25th Symp. 94 lean_cn.sand.kga Miller et al 20th Symp. 84 (lean 2nd set) lean_hcn.sand.kga Miller et al 20th Symp. 84 lean_n2.sand.kga Miller et al 20th Symp. 84 lean_no.sand.kga Miller et al 20th Symp. 84 MoistCO.B25.kga KimYetter&Dryer 25th Symp 94 (dryer.gif) nnh38.kga Harrington et al 26th Symp. 96 nnk78.kga Harrington et al 26th Symp. 96 nrl_ch.kga Williams&Fleming C&F 94 target NF11 nrl_cn.kga Williams&Fleming C&F 94 target NF12 nrl_nco.kga Williams&Fleming C&F 94 nrl_nh.kga Williams&Fleming C&F 94 rclno.kga RieselCarter&Laurendeau 95 c2h6 flame rich_cn.sand.kga Miller et al 20th Symp. 84 target NF7 rich_hcn.sand.kga Miller et al 20th Symp. 84 rich_n2.sand.kga Miller et al 20th Symp. 84 rich_no.sand.kga Miller et al 20th Symp. 84 target NF6 SR10c.CO.kga KristensenGlarborg&DamJohansen unpubl. (glarborgch4.gif) SR10c.CO2.kga KristensenGlarborg&DamJohansen unpubl. (glarborgch4.gif) target SR.10c sri30.h.kga Heard et al C&F 92 sri30.oh.kga Heard et al C&F 92 sri_ch.kga Heard et al C&F 92 sri_no.kga Heard et al C&F 92 steele_n2o.kga Steele et al C&F 95 steele_no.kga Steele et al C&F 95 tgchr96.kga LuqueSmith&Crosley 26th Symp. 96 target SCH.c11 utrc_ch.kga Zabielski&Seery report 84 utrc_cn.kga Zabielski&Seery report 84 utrc_no.kga Zabielski&Seery report 84 wf20.ch.kga Williams&Fleming 94 wf20.oh.kga Williams&Fleming 94 coh2fl.html - McLean Smith & Taylor C&F 94 target SF7 NEW: (I've put the kga names in brackets after the spots where links to the derived gif files should go.) Low P flames (N chem.) Berg, P.A., Smith, G.P., Jeffries, J.B., and Crosley, D.R., 'Nitric Oxide Formation and Reburn in Low Pressure Methane Flames,' 27th Symposium (International) on Combustion, 1998. NO levels[berg_no] vs. stoichiometry in low pressure methane-oxygen-nitrogen flames. Amount of NO reburn[berg_reburn] at various seeding levels in rich(1.27) and lean(0.80) low pressure methane-oxygen-nitrogen flames. berg_no.kga Berg et al, 27th Symp. 98 berg_reburn.kga Berg et al, 27th Symp. 98 Flame speeds Egolfopoulos, F.N., Zhu, D.L., and Law, C.K., 'Experimental and Numerical Determination of Laminar Flame Speeds: Mixtures of C2 Hydrocarbons with Oxygen and Nitrogen,' 23th Symposium (International) on Combustion, p. 471, 1990 . Laminar flame speeds of ethylene-air[C2H4Su] at 1 atm 300K. C2H4Su.kga Egolfopoulos et al, 23rd Symp. 90 Egolfopoulos, F.N., private communication, 1997. Laminar flame speeds of propane-air[C3Su] at 1 atm 300K. C3Su.kga Egolfopoulos 97 Egolfopoulos, F.N., Xhu, D.X., and Law, C.K., Combust. Sci. Tech. 83, 33, 1989. Laminar flame speeds of methanol-air[CH3OHSu] at 1 atm 300K. CH3OHSu.kga Egolfopoulos et al, CS&T 89 Low P flames (N chem.) Luque, J., Smith, G.P., and Crosley, D.R., 'Quantitative CH Determinations in Low Pressure Flames", 26th Symposium (International) on Combustion, p. 959, 1996. Absolute CH[ProSCH] and NO[ProSNO] profiles in a stoichiometric 40 torr propane-air flame. Absolute CH[ProRCH] and NO[ProRNO] profiles in a rich 40 torr propane-air flame. ProRCH.kga LuqueSmith&Crosley 26th Symp. 96 ProRNO.kga LuqueSmith&Crosley 26th Symp. 96 ProSCH.kga LuqueSmith&Crosley 26th Symp. 96 ProSNO.kga LuqueSmith&Crosley 26th Symp. 96 Flow reactors (N chem.) Glarborg. P., Dam-Johansen, K., Kristensen, P.G., Alzueta, M., and Rojel, H., 'Low Temperature Nitrogen Chemistry,' GRI Report 97/0130, 1997. Flow reactor hydrocarbon oxidation and NO reburn experiments at 1.1 atm in nitrogen with 2% water. Methane: [gr1] 2800ppm CH4, 4830ppm O2, 920ppm NO, t=181/T. Natural gas:[gr5] 2770ppm CH4, 260ppm C2H6, 4890ppm O2, 850ppm NO, t=170/K . Ethane:[gr4] 1530ppm C2H6, 3970ppm O2, 870ppm NO, t=167/K . Ethylene:[gr3] 1020ppm C2H4, 2015ppm O2, 790ppm NO, t=165/K . Acetylene:[gr2] 910ppm C2H2, 1730ppm O2, 989ppm NO, t=157/K . NO concentration[gr6] as a function of natural gas (90.5%CH4, 8.5%C2H6, 0.6%C3H8) concentration at 1.1 atm 1573K 170 ms for 2% oxygen, 6% water, 900ppm NO in nitrogen. gr1.kga Glarborg et al 97 gr2.kga Glarborg et al 97 gr3.kga Glarborg et al 97 gr4.kga Glarborg et al 97 gr5.kga Glarborg et al 97 gr6.kga Glarborg et al 97 Low P flames Diau, E.W.-G., Smith, G.P., Jeffries, J.B., and Crosley, D.R., 'HCO Concentrations in Flames via Quantitative Laser-Induced Fluorsecence,' 27th Symposium (International) on Combustion, 1998. Absolute HCO concentraion profiles in 25 torr methane-oxygen-nitrogen flames of lean[hcoLsri], slightly rich[hcoSsri], and fuel rich[hcoRsri] stoichiometries. hcoLsri.kga Diau et al, 27th Symp. 98 hcoRsri.kga Diau et al, 27th Symp. 98 hcoSsri.kga Diau et al, 27th Symp. 98 Flames (N chem.) Thomsen, D.D., Kuligowski, F.F., and Laurendeau, N.M., 'Modeling of NO Formation in Lean Premixed High-Pressure Methane Flames' 1997; Klassen, M.S., Thomsen, D.D., Riesel, J.R., and Laurendeau, N.M., 'Laser Induced Fluorescence Measurements of Nitric Oxide Formation in High Pressure Premixed Methane Flames,' Combust. Sci. Techn. 110, 229, 1995. NO formation in premixed atmospheric pressure methane-oxygen-3.1nitrogen flames as a function of stoichiometry. [PurNO_phi] NO formation in lean premixed 0.4methane-1.0oxygen-3.1nitrogen flames as a function of pressure. [PurNO_p] NO formation in rich premixed 0.6methane-1.0oxygen-3.1nitrogen flames as a function of pressure. [PurNOp2] PurNOp2.kga Klassen et al 95 PurNO_p.kga Klassen et al 95 PurNO_phi.kga Thomsen et al 97 Low P flames Berg, P.A., Hill, D.A., Noble, A.R., Smith, G.P., Jeffries, J.B., and Crosley, D.R., 'Absolute CH Concentration Measurements in Low Pressure Methane Flames,' Combust. and Flame, to be published, 1999. Absolute CH [sriLch] (optimization target SCH.c12) and OH [sriLoh] profiles in a 25 torr methane-oxygen-nitrogen flame of lean(0.80) stoichiometry; CH [sriSch] and OH [sriRoh] profiles for a slightly rich(1.07) stoichiometry at 25 torr; CH [sriRch] (optimization targetSCH.c13) and OH [sriSoh] profiles for a rich(1.27) stoichiometry at 30 torr. sriLch.kga Berg et al, C&F 99 target SCH.c12 sriLoh.kga Berg et al, C&F 99 sriRch.kga Berg et al, C&F 99 targetSCH.c13 sriRoh.kga Berg et al, C&F 99 sriSch.kga Berg et al, C&F 99 sriSoh.kga Berg et al, C&F 99