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Combustion Science and Technology Volume 80, 1991 - Issue 1-3
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Original Articles

Size- and Structure-lnsensitivity of the Thermophoretic Transport of Aggregated “Soot” Particles in Gases

D. E. ROSNER Department of Chemical Engineering. High Temperature Chemical Reaction Engineering Laboratory, Yale University, New Haven, CT, 06520-2159, U.S.A
,
D. W. MACKOWSKI Department of Chemical Engineering. High Temperature Chemical Reaction Engineering Laboratory, Yale University, New Haven, CT, 06520-2159, U.S.A
&
P. GARCIA-YBARRA Department of Chemical Engineering. High Temperature Chemical Reaction Engineering Laboratory, Yale University, New Haven, CT, 06520-2159, U.S.A
Pages 87-101 | Received 26 Nov 1990, Accepted 14 May 1991, Published online: 06 Apr 2007

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Daniel E. Rosner & Pushkar Tandon. (2017) Knudsen transition effects on the thermophoretic properties of fractal-like aggregates: Implications for thermophoretic sampling of high-pressure flames. Aerosol Science and Technology 51:11, pages 1262-1274.
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G. M. FAETH & Ü.Ö. KÖYLÜ. (1995) Soot Morphology and Optical Properties in Nonpremixed Turbulent Flame Environments. Combustion Science and Technology 108:4-6, pages 207-229.
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ALESSANDRO GOMEZ & DANIEL E ROSNER. (1993) Thermophoretic Effects on Particles in Counterflow Laminar Diffusion Flames. Combustion Science and Technology 89:5-6, pages 335-362.
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Abhijit Gurav, Toivo Kodas, Tammy Pluym & Yun Xiong. (1993) Aerosol Processing of Materials. Aerosol Science and Technology 19:4, pages 411-452.
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E. Brugière, F. Gensdarmes, F.X. Ouf, J. Yon & A. Coppalle. (2014) Increase in thermophoretic velocity of carbon aggregates as a function of particle size. Journal of Aerosol Science 76, pages 87-97.
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M. Leschowski, T. Dreier & C. Schulz. (2014) An automated thermophoretic soot sampling device for laboratory-scale high-pressure flames. Review of Scientific Instruments 85:4.
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M H M Hafidzal, W M F W Mahmood, M Z A Manaf, M S Zakaria, M N A Saadun & M N A Nordin. (2013) Soot particle trajectories of a Di diesel engine at 18° ATDC crankshaft angle. IOP Conference Series: Materials Science and Engineering 50, pages 012003.
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Carlos Larriba & Christopher J. HoganJr.Jr.. (2013) Free molecular collision cross section calculation methods for nanoparticles and complex ions with energy accommodation. Journal of Computational Physics 251, pages 344-363.
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Mohd Hafidzal Mohd Hanafi, Faizal W.M. Wan Mohd, A. Roslizar, Mohamad Shukri Zakaria, Mohd Noor Asril Saadun & S.A. Rafeq. (2013) Analysis of Soot Particle Movement in Diesel Engine under the Influence of Drag Force. Applied Mechanics and Materials 393, pages 275-280.
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Magín Lapuerta, Francisco J Martos & Juan José Expósito. (2013) Morphological characterization of diesel soot agglomerates based on the Beer–Lambert law. Measurement Science and Technology 24:3, pages 035405.
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Daniel E. Rosner & Manuel Arias-Zugasti. (2011) Novel Features of Aerosol Coagulation in Nonisothermal Environments. Industrial & Engineering Chemistry Research 50:15, pages 8932-8940.
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Magín Lapuerta, Francisco J. Martos & Gema Martín-González. (2010) Geometrical determination of the lacunarity of agglomerates with integer fractal dimension. Journal of Colloid and Interface Science 346:1, pages 23-31.
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Sayaka Suzuki, Kazunori Kuwana & Ritsu Dobashi. (2009) Effect of particle morphology on thermophoretic velocity of aggregated soot particles. International Journal of Heat and Mass Transfer 52:21-22, pages 4695-4700.
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Howard Brenner. (2009) A nonmolecular derivation of Maxwell’s thermal-creep boundary condition in gases and liquids via application of the LeChatelier–Braun principle to Maxwell’s thermal stress. Physics of Fluids 21:5.
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Jae Hyuk Choi, Junhong Kim, SangKyu Choi, Byoung-Ho Jeon, Osamu Fujita & Suk Ho Chung. (2009) Numerical simulation on soot deposition process in laminar ethylene diffusion flames under a microgravity condition. Journal of Mechanical Science and Technology 23:3, pages 707-716.
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José L. Castillo & Pedro L. Garcia-Ybarra. 2008. Progress in Industrial Mathematics at ECMI 2006. Progress in Industrial Mathematics at ECMI 2006 284 289 .
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D.E Rosner, R.S Israel & B La Mantia. (2000) “Heavy” species Ludwig–Soret transport effects in air-breathing combustion. Combustion and Flame 123:4, pages 547-560.
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Charles S. McEnally, Ümit Ö. Köylü, Lisa D. Pfefferle & Daniel E. Rosner. (1997) Soot volume fraction and temperature measurements in laminar nonpremixed flames using thermocouples. Combustion and Flame 109:4, pages 701-720.
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K-C Lin & G Faeth. (1995) Hydrodynamic suppression of soot emissions in laminar diffusion flames. Hydrodynamic suppression of soot emissions in laminar diffusion flames.
P Sunderland & G Faeth. (1995) Soot nucleation and growth in weakly-bouyant hydrocarbon diffusion flames. Soot nucleation and growth in weakly-bouyant hydrocarbon diffusion flames.
A. V. Neimark, Ü. Ö. Köylü & D. E. Rosner. (2011) Self-Affinity of Combustion-Generated Aggregates. MRS Proceedings 418.
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G.Y. Zhao, J.J. Thiart, D. Orlicki & V. Hlavacek. (1994) Particle-aided chemical vapor deposition (PACVD) of silicon carbide composites. Chemical Engineering Science 49:24, pages 4917-4938.
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M. Paul, F. Issacci, I. Catton & G. Apostolakis. (1994) Elemental description of smoke particles. Elemental description of smoke particles.
U. Koylu, P. Sunderland, S. Mortazavi & G. Faeth. (1994) Soot nucleation and growth in weakly-buoyant laminar jet diffusion flames. Soot nucleation and growth in weakly-buoyant laminar jet diffusion flames.
Jie Zhang & Constantine M. Megaridis. (1994) Iron/soot interaction in a laminar ethylene nonpremixed flame. Symposium (International) on Combustion 25:1, pages 593-600.
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Chun Wai Lau & Stephen Niksa. (1993) The impact of soot on the combustion characteristics of coal particles of various types. Combustion and Flame 95:1-2, pages 1-21.
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