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Jianchun Mi
Ph.D., Professor
Center of Efficient Energy & Power Engineering
College of Engineering, Peking University
  • OfficeTel: +86-10-62767074
  • Fax: +86-10-62767074
  • Email: jmi@pku.edu.cn

Summary of Research Achievements

Invention Patents:       30+

Publications:             200+

Research  Grants:      20+

Education

1991-1995  PhD , Dept. Mech. Eng., University of Newcastle, Australia.
1983-1986  ME, National Key Laboratory on Coal Combustion, Huazhong University of Sci. & Tech., PRC.
1979-1983  BS, Department of Power Engineering, Huazhong University of Sci. & Tech., PRC. 

Professional Experience 

From 2006:  Professor, College of Engineering, Peking (Beijing) University, PRC.
2006-2013:  Adjunct Professor, Schl. Mech. Eng., University of Adelaide, Australia.
2000-2005:  Senior Research Fellow, Schl. Mech. Eng., University of Adelaide, Australia.
1995-1999:  Post-doctor Research Fellow, Dept. Mech. Eng., University of Adelaide, Australia.
1990:  Visiting Scholar, Dept. Mech. Eng., University of Newcastle, Australia.
1988-1989: Research Associate, National Key Laboratory on Coal Combustion (HUST), PRC.
1986-1988: A/Lecturer, Dept. Electric & Power Eng., Changsha Institute of Electric Power, PRC.

Awards

Award of Excellent Team of Innovation for Turbulence Research –– Natural Science Foundation of China – 2009 (ten members)
Award of Chutian Special Scholar –– Hubei Province of China – 2005

Academic Interests

Research:

R&D of various innovative jet nozzles and burners that produce clean and efficient flames;
Various innovative stabilizers of flame;
R&D of technologies of removal of fine particulate matters PM2.5;
Managing flows for enhanced mixing / reduced noise by active and passive means;
Turbulence structures (large-scale coherent structure and Kolmogorov fine scales);
 Heat and mass transfer in various turbulent flows/flames.

Teaching:

Combustion Science & Technology;
Fluid mechanics;
Introduction to turbulence;
Flow measurement techniques;
Heat and mass transfer;
Thermodynamics.

Selected Publications

1.   Invention Patents

  • Mi, J., Luxton, R. E. and Nathan, G. J.: Family of Oscillating Jets & Burners – international patents [granted]:
  • The US Patent - US6685102 (2004.2);
  • European Patent - EP1032789 (2004.9);
  • Australian Patent - AU746248 (2002.4);
  • New Zealand Patent - NZ504470 (2003.7);
  • Chinese Patent - CN1279756 (2001.1)?
  • Japanese Patent - JP2001523559 (2001.11);
  • Canadian Patent - CA2308494 (2008.10) .
  • Mi, J. and Chen, G. Q. (2005): A gas flame stabilizer, Patent No. CN200510109308, Chinese Patent Office, 2005.
  • Mi, J. and Yang, L. Q. (2006): A flame stabilizer, Patent No. LZ200610080971, Chinese Patent Office, 2006.
  • Mi, J., Yang, L. Q. and Du C. (2010): A device for enhancing the interaction between different particles, Patent No. LZ201020299190.9, Chinese Patent Office.
  • Mi, J. and Zhou Y. (2008): A controllable gas burner, Patent No. ZL2008 1 0178796.4, Chinese Patent Office.
  • Mi, J., Chen, G. Q. and Yang, L. Q. (2006): A gas flame stabilizer, Patent No. CN200610005308.6, Chinese Patent Office, 2006.
  • Mi, J. and Zhou Y. (2009): A controllable pulverized-coal burner, Patent No. CN0910599GWG-HK, Chinese Patent Office.
  • Mi, J., Yang, L. Q. and Du C. (2010): A device for enhancing the interaction between different particles, Patent No. LZ 2010020299190.9, Chinese Patent Office.
  • Mi, J., Du C. and Yang, L. Q. (2010): Device and method for enhancing the interaction between different particles, Patent No. CN201010504951.4, Chinese Patent Office.

2.   Journal Articles

  1. Cheong K., Li P., Wang F. and Mi J. (2017): Emissions of NO and CO from counterflow combustion of CH4 under MILD and oxyfuel conditions. Energy, DOI: 10.1016/j.energy.2017.02.083. [SCI]
  2. Chen D., Wu K and Mi J. (2016): Experimental investigation of aerodynamic agglomeration of fine particles from a 330 MW PC-fired boiler. Fuel, 165, 86-93. [SCI]
  3. Dai C., Jia L., Zhang J., Shu Z., Mi J. (2016): On the flow structure of an inclined jet in crossflow at low velocity ratios, Int J. Heat and Fluid Flow, 58, 11-18. [SCI]
  4. Mei Z., Zhang J. and Mi J. (2016): Optimization of numerical models of MILD combustion for pulverized coal, Proceedings of the CSEE (in Chinese), 36(19), 5245-5253. [EI]
  5. Wang G. Zhang J., Mi J. (2016): Establishment and Application of PSR Network Model for MILD Combustion, J. Eng. Thermophysics, 37(4), 883-890. [EI]
  6. Zhang P., Mi J. and Pan Z. (2016): Influences of elemental arrangement and particle concentration on fine particle amalgamation, Proceedings of the CSEE (in Chinese), 36(6), 1625-1632. [EI]
  7. Zhang P., Mi J. and Pan Z. (2016): Influences of flue-gas velocity and device-element angle on fine particle amalgamation, Proceedings of the CSEE (in Chinese), 36(10), 2714-2720. [EI]
  8. Wang F., Li P., Mi J., Wang J. and Xu M. (2015): Chemical kinetic effect of hydrogen addition on ethylene jet flames in a hot and diluted coflow, Intl J. Hydrogen Energy, 40 (46), 16634-16648. [SCI]
  9. Zhang J., Mi J., Li P., Wang F., and Dally B. (2015): MILD Combustion of Methane Diluted by CO2 and N2. Energy & Fuels, 29(7), 4576–4585. [SCI]
  10. Wang L., Mi J., and Z Guo (2015): A modified lattice Bhatnagar-Gross-Krook model for convection heat transfer in porous media, arXiv:1505.02976. [SCI]
  11. Mei Z., Mi J., Wang F., Li P., and Zhang J. (2015): Chemical flame lengths of a methane jet into oxidant stream. Flow, Turbulence and Combustion, 94, 767-794. [SCI]
  12. Mei Z., Wang F., Li P., Zhang J., and Mi J. (2015): Diffusion MILD combustion of firing pulverized-coal at a pilot furnace. Flow, Turbulence and Combustion, 95, 803-829. [SCI]
  13. Xu M., Zhang J., Li P., Mi J. (2015): On two distinct Reynolds number regimes of a turbulent square jet, Theoretical & Applied Mechanics Letters, 5, 117-120. [SCI]
  14. Wang L., Wang LP, Guo Z. and Mi J. (2015): Volume-averaged macroscopic equation for fluid flow in moving porous media, Int. J. Heat Mass Transf., 82, 357-368. [SCI]
  15. Wang F., Li P., Zhang J., Mei Z. and Mi J. (2015): Routes of formation and destruction of nitrogen oxides in CH4/H2 jet flames in a hot coflow, Intl J. Hydrogen Energy, 40, 6228-6242. [SCI]
  16. Wang L., Mi J., Meng X. and Guo Z. (2015): A localized mass-conserved lattice Boltzmann approach for non-Newtonian fluid flows, Communications in Computational Physics, 17(4), 908-924. [SCI] 
  17. Xu M., Tong X., Yue D., Zhang J., Mi J., Nathan G.J. and Kalt P.A.M. (2014): Effect of noncircular orifice plates on the near flow field of turbulent free jets, Chin Phys B, 23 (12), 124703. [SCI]
  18. Wang L., Guo Z. and Mi J. (2014): Drafting, kissing and tumbling process of two particles with different sizes, Computer & Fluids, 96, 20-34. [SCI]
  19. Li P., Wang F., Mi J., Dally B. B., Mei Z., Zhang J., Parente A. (2014): Mechanisms of NOx formation in MILD combustion of CH4/H2 fuel blends, Intl J. Hydrogen Energy, 39, 19187-19203. [SCI]
  20. Liu Y., Zhang J., Deo R., Mi J., Nathan G.J., Zhu R. (2014): Influence of sidewalls on the centerline small-scale turbulence of a turbulent high-aspect-ratio rectangular jet, Experimental Thermal & Fluid Science, 58, 139-144. [SCI]
  21. Zhang J., Xu M., and Mi J. (2014): Large eddy simulations of a circular orifice jet with and without a cross-sectional exit plate, Chin Phys B, 23(4), DOI: 10.1088/1674-1056/23/4/044704. [SCI]
  22. Li P., Wang F., Mi J., Dally B. B. and Mei Z. (2014): MILD Combustion under different premixing patterns in a laboratory-scale furnace. Energy & Fuels, 28(3) 2211-2226. DOI: 10.1021/ef402357t. [SCI]
  23. Wang F., Li P., Mei Z., Zhang J. and Mi J. (2014): Combustion of CH4/O2/N2 in a well stirred reactor. Energy, 72, 242-253. [SCI]
  24. Li P., Wang F., Tu Y., Mei Z., Zhang J., Zheng Y., Liu H., Liu Z., Mi J., Zheng C. (2014): MILD oxy-combustion characteristics of light-oil and pulverized-coal in a pilot-scale furnace. Energy & Fuels, 28 (2): 1524-1535. [SCI]
  25. Wang F., Li P., Mei, Z. and Mi J. (2014): Auto- and forced-ignition temperatures of diffusion flames obtained through the steady RANS modeling. Energy & Fuels, 28 (1), 666–677. [SCI]
  26. Mei Z., Li P., Wang F., Zhang J. and Mi J. (2014): Influences of reactant injection velocities on MILD coal combustion. Energy & Fuels, 28 (1), 369–384. [SCI]
  27. Mei Z., Wang F., Zhang J., Li P. and Mi J. (2014): Effect of the primary-wind speed on the pulverized-coal MILD combustion under preheated high-temperature air, J. Eng. Thermophysics, 35(4), 782-786. [EI]
  28. Mei Z., Wang F., Li P. and Mi J. (2013): Diffusion flame of a CH4/H2 jet in a hot coflow: effects of coflow oxygen and temperature, Chinese J. Chemical Engineering, 21(7), 11-24. [SCI]
  29. Mi J., Xu M., and Zhou T. (2013): Reynolds number influence on statistical behaviors of turbulence in a circular free jet, Physics of Fluids, 25(7), 075101. [SCI]
  30. Wang F., Mi J. and Li P. (2013): Combustion regimes of a jet diffusion flame in hot coflow, Energy & Fuels, 27, 3488-3498. [SCI]
  31. Xu J., Zhang J., Wang H. and Mi J. (2013): Fine particle behavior in the air flow past a triangular cylinder, Aerosol Science & Technology, 47(8), 875-884. [SCI]
  32. Xu M., Zhang J., Mi J., Nathan G. J., and Kalt P. A. M. (2013): PIV measurements of turbulent jets issuing from triangular and circular orifice plates, Sci. China-Phys Mech Astron, 56(6), 1-11. [SCI]
  33. Ge Y. and Mi J. (2013): Probability density function of temperature in a circular-cylinder turbulent wake, Acta Physica Sinica (in Chinese), 62(2), 024702. [SCI]
  34. Ge Y. and Mi J. (2013): Reynolds number effects on passive-scalar characteristics of a circular cylinder wake, Acta Physica Sinica (in Chinese), 62(2), 024704. [SCI]
  35. Zhang J., Xu M., Pollard A.and Mi J. (2013): Effects of external intermittency and mean shear on the spectral inertial-range exponent in a turbulent square jet, Physical Review E, 87, 053009. [SCI]
  36. Xu M., Pollard A., Mi J., Secretain F., and Sadeghi H. (2013): Effects of Reynolds number on some properties of a turbulent jet from a long square pipe, Physics of Fluids 25, 035102. [SCI]
  37. Li P., Dally B.B., Mi J. and Wang F. (2013): MILD Oxy-combustion of gaseous fuels in a laboratory-scale furnace, Combustion & Flame 160(5), 933-946. [SCI]
  38. Xu M., Zhang J., Mi J., Nathan G. J., and Kalt P. A. M. (2013): Mean and fluctuating velocity fields of a diamond turbulent jet, Chinese Physics B, 22(3), 034701 [SCI]
  39. Deo, R. C., Nathan, G. J. and Mi J. (2013): Similarity analysis of the momentum field of a subsonic, plane air jet with varying jet-exit Reynolds numbers, Physics of Fluids, 25(1), 015115 (31 pages). [SCI]
  40. Mei Z., Wang F., Li P. and Mi J. (2012): Effect of oxygen level on diffusion flame of a CH4/H2 jet in hot coflow, Proceedings of the CSEE (in Chinese), 32(11), 79-86. [EI]
  41. Wang H.F., Zhou Y. and Mi J. (2012): Effects of aspect ratio on the drag of a wall-mounted finite-length cylinder in subcritical and critical regimes, Experiments in Fluids, 53, 423-436. [SCI]
  42. Chen S., Mi J., Liu H. and Zheng C. (2012): First and second thermodynamic-law analyses of hydrogen-air counter-flow diffusion combustion in various combustion modes, Intl J. Hydrogen Energy, 37(6), 5234-5245. [SCI]
  43. Zhou Y., Du C., Mi J. and Wang X.W. (2012): Turbulent round jet control using two steady mini-jets, AIAA Journal, 50(3), 736-740. [SCI]
  44. Mei Z., Mi J. and Wang F. (2012): Dimensions of CH4-Jet Flame in Hot O2/CO2 Coflow, Energy & Fuels, 26, 3257-3266. [SCI]
  45. Mi J., Wang F., Li P. and Dally B.B. (2012): Modified vitiation by operational parameters in a MILD combustion furnace, Energy & Fuels, 26(1), 265-277. [SCI]
  46. Zhang J., Mi J. and Wang H. (2012): A new mesh-independent model for droplet / particle collision, Aerosol Science & Technology, 46(6), 622-630. [SCI]
  47. Xu M., Mi J. and Li P. (2012): Large eddy simulations of an initially-confined triangular oscillating jet, Flow, Turbulence and Combustion, 88(3), 367-386. [SCI]
  48. Mi J., Li P. and Zheng C. (2011): Impact of injection conditions on flame characteristics from a parallel multi-jet burner. Energy, 36, 6583-6595. [SCI]
  49. Mi J. (2011): Influences of initial velocity, diameter and Reynolds number on a circular turbulent air/air jet, Chinese Physics B, 20(12), DOI: 10.1088/1674-1056/20/12/12. [SCI]
  50. Li S., Wang S., Wang J. and Mi J. (2011): Effect of turbulence intensity on airfoil flow: numerical simulations versus experimental measurements, Appl. Math. Mech. (Engl Ed), 32(8), 1029–1038. [SCI]
  51. Mi J., Xu M. and Du C. (2011): Influence of low-pass filter cutoff frequency on turbulence properties of free jets, Measurement Science & Technology, 22, 125401 (10pp). [SCI]
  52. Wang F., Mi J., Li P. and Zheng C. (2011): Diffusion flame of a CH4/H2 jet in hot low-oxygen coflow, Intl J. Hydrogen Energy, 36, pp. 9267-9277. [SCI]
  53. Du C., Mi J. and Zhou Y. (2011): Mini-jet controlled turbulent round jet, Chinese Physics Letters, 28(12), 124703. [SCI]
  54. Mi J. and Feng B. (2011): Analytical investigation on the mean and the turbulent velocity fields of a plane jet, Chinese Physics B, 20(7), 074701. [SCI]
  55. Li P. and Mi J., Dally B.B., Craig R.A., Wang F. (2011): Premixed moderate or intense low-oxygen dilution (MILD) combustion from a single jet burner in a laboratory-scale furnace, Energy & Fuels, 25 (7), 2782–2793. [SCI]
  56. Li P. and Mi J. (2011): Influence of inlet dilution of reactants on premixed combustion in a recuperative furnace, Flow, Turbulence and Combustion, 87(4), pp. 617-638. [SCI]
  57. Li P., Mi J., Dally B.B., Craig R.A., Wang F. (2011): Effects of equivalence ratio and mixing pattern of reactants on flameless combustion, Proceedings of the CSEE (in Chinese) 31(5), 20-27. [EI]
  58. Li P., Wang F., Mi J. and Mei Z.  (2011): Effects of equivalence ratio and premixing pattern on flameless combustion, J. Eng. Thermophysics (in Chinese) 32(9), 1592-1596. [EI]
  59. Wang F., Mi J. and Li P. (2011): Effect of heat extraction and the exhaust gas recirculation rate on the premixed combustion, Proceedings of the CSEE (in Chinese) 31(14), 44-49. [EI]
  60. Xu M., Du C. and Mi J. (2011): Centerline Statistics of the small-scale turbulence of a circular jet and their dependence on high frequency noise, Acta Physica Sinica  (in Chinese) 60(3), 034701.  [SCI]
  61. Wang S. and Mi J. (2011): Effect of large turbulence intensity on airfoil load and flow, ACTA Aeronautica et Astronautica Sinica, 32(1), 41-48. [EI]
  62. Li P., Mi J., Dally B.B., Wang F. et al. (2011): Progress and recent trend in MILD Combustion, Sci. China E. 54(2), 255–269. [SCI]
  63. Mi J., Xu M., Antonia, R. A. and Wang J. J. (2011): Thermal characteristics of the wake shear layers from a slightly heated circular cylinder, Experiments in Fluids 50(2), 429-441. [SCI]
  64. Mi J. and Antonia, R. A. (2010): Key factors of determining the magnitude of vorticity in turbulent plane wakes. Chin. Phys. Lett. 27 (2)  024702. [SCI]
  65. Mi J. and Antonia, R. A. (2010): Approach to local axisymmetry in a turbulent cylinder wake. Experiments in Fluids 48(6), 933-947. [SCI]
  66. Mi J. and Nathan, G. J. (2010): Statistical properties of turbulent free jets issuing from nine differently-shaped nozzles. Flow, Turbulence and Combustion 84, 583-606. [SCI]
  67. Mi J., Kalt, P. and Nathan, G. J. (2010): On turbulent jets issuing from notched-rectangular and circular orifice plates. Flow, Turbulence and Combustion 84, 565-582. [SCI]
  68. Alam M.M., Zhou Y., Yang H.X., Guo H. and Mi J.(2010) The ultra-low Reynolds number airfoil wake, Experiments in Fluids 48, 81-103. [SCI]
  69. Mi J. and Li P. (2010): Numerical simulations of flameless premixed combustion in a recuperative furnace, Chinese J. Chemical Engineering  18(1), 10-17. [SCI]
  70. Mi J. and Li P. (2010): Low NOx self-excited oscillating-jet burners, Proceedings of the CSEE (in Chinese) 30(8), 32-38. [EI]
  71. Du C., Xu M. and Mi J. (2010): Effect of exit Reynolds number on a turbulent round jet, Acta Physica Sinica  (in Chinese) 59(9), 6331-6338.  [SCI]
  72. Mi J. and Feng B. (2010): Centerline characteristic scales of a turbulent plane jet and their dependence on filtration of measured signals, Acta Physica Sinica  (in Chinese), 59(7), 4748-4755.  [SCI]
  73. Mi J., Li P., Dally B.B., Craig R.A. (2009) Importance of initial momentum rate and air-fuel premixing on MILD combustion in a recuperative furnace. Energy & Fuels 23(11), 5349–5356. [SCI]
  74. Mi J., Feng B., Deo R.C., and Nathan G.J.  (2009): Effect of exit Reynolds number on self-preservation of a plane jet, Acta Physica Sinica  58(11), 7756-7764.  [SCI]
  75. Feng B. and Mi J. (2009): Effect of exit conditions on the self-preservation states of round jets, Chinese J. Theor. & Appl. Mechanics 41(5), 609-617. [EI]
  76. Mi J. (2008) Introduction to Olympic Games’ torch and its combustion system, Mechanics in Engineering 30(3), 97-99. [EI]
  77. Cao Y., Wu J., Mi J. and Zhou Y. (2008): Flame structure of a jet flame with penetration of side micro-jets, Chinese J. Chemical Engineering, 16(6) 861-866. [SCI]
  78. Deo, R. C., Mi J., and Nathan, G. J. (2008): The influence of Reynolds number on a plane jet, Physics of Fluids 20(7), 075108. [SCI]
  79. Hao Z., Zhou T., Zhou Y. and Mi J. (2008) Reynolds number dependence of the inertial range scaling of energy dissipation rate and enstrophy in a cylinder wake, Experiments in Fluids 44, 279-289. [SCI]
  80. Mi J., Kalt, P. and Nathan, G. J. (2007): PIV measurements of a turbulent Jet issuing from round sharp-edged plate, Experiments in Fluids 42, 625-637. [SCI]
  81. Mi J. and Nathan, G.J. (2007): The segregation of a turbulent jet and its surroundings, Dynamics of Continuous, Discrete & Impulsive Systems B 14(S8), 103-110. [SCI]
  82. Mi J., Kalt, P. and Nathan, G.J. (2007): Velocity measurements in a circular jet from an orifice plate with high initial turbulence intensity, Dynamics of Continuous, Discrete & Impulsive Systems B 14(S8), 19-29. [SCI]
  83. Deo, R. C., Mi J. and Nathan, G. J. (2007): The influence of nozzle aspect ratio on plane jets, Experimental Thermal & Fluid Science 31(8), 825?838. [SCI]
  84. Deo, R. C., Mi J. and Nathan, G. J. (2007): The influence of nozzle-exit geometric profile on statistical properties of a turbulent plane jet, Experimental Thermal & Fluid Science 32, 545-559. [SCI]
  85. Deo, R. C., Nathan, G. J. and Mi J. (2007): Comparison of turbulent jets issuing from a rectangular nozzle with and without sidewalls, Experimental Thermal & Fluid Science 32, 596-606. [SCI]
  86. Mi J. (2006): Correlation between non-Gaussian statistics of a scalar and its dissipation rate, Physical Review E, 74(1), 016301. [SCI]
  87. Mi J. and Nathan, G. J. (2006): The influence of inlet flow condition on the frequency of self-excited jet precession, J. Fluids & Structures, 22(1), 129-133. [SCI]
  88. Nathan G. J., Mi J., Alwahabi Z.T., Newbold G. J. R. & Nobe D. S. (2006): Impacts of a jet's exit flow pattern on mixing and combustion performance, Prog. Energy & Combust. Sci. 32(5/6), 496-538. [SCI]
  89. Langman, A.S., Mi J., Nathan, G.J., and Ashman, P.J. (2006): The influence of geometric nozzle profile on the global properties of a turbulent diffusion flame, Proc. Combust. Inst. 31, 1599-1607, The Combustion Institute, Pittsburgh, PA. [SCI]
  90. Mi J., Deo, R. C. and Nathan, G. J. (2005): Fast-convergent iterative scheme for filtering velocity signals and finding Kolmogorov scales, Physical Review E, 71(6), 066304. [SCI]
  91. Mi J., Deo, R. C. and Nathan, G. J. (2005): Characterization of high-aspect-ratio rectangular jets, Physics of Fluids, 17(6), 068102. [SCI]
  92. Mi J. and Nathan, G. J. (2005): Statistical analysis of the velocity field in a precessing jet, Physics of Fluids, 17(1), 015102. [SCI]
  93. Zhang P. F., Wang, J. J., Lu S. F. and Mi J. (2005): Aerodynamic characteristics of the square cylinder with a rod in staggered arrangement, Experiments in Fluids, 38, 494-502. [SCI]
  94. Rinoshika A, Mi J. and Zhou Y. (2005): Wavelet analysis of fluctuating temperature field in a turbulent cylinder wake, J. Visualization Society of Japan, 25(1), 151-154.
  95. Shtern, V and Mi J. (2004): Hysteresis and precession of a swirling jet normal to a wall, Physical Review E  69(1), 016312, 11 pages. [SCI]
  96. Mi J. and Nathan, G. J. (2004): Self-excited jet-precession Strouhal number and its influence on downstream mixing field, J. Fluids & Structures, 19(6), 851-862. [SCI]
  97. Mi J., Zhou, Y. and Nathan, G. J. (2004): The effect of Reynolds number on the passive scalar mixing in a turbulent plane wake, Flow, Turbulence and Combustion, 72, 311-331. [SCI]
  98. Xu, S. J., Zhou Y. and Mi J. (2004): Flow visualization behind a streamwise oscillating cylinder and a stationary cylinder in tandem arrangement, J. Visualization, 7 (3), 201-208. [SCI]
  99. Mi J. and Nathan, G. J. (2003): The influence of probe resolution on the measurement of a passive scalar and its derivatives, Experiments in Fluids, 34(6): 687-696. [SCI]
  100. Lee, S.K., Lanspeary, P.V., Nathan, G.J., Mi J. and Kelso, R.M. (2003): Low kinetic-energy loss oscillating-triangular-jet nozzles, Experimental Thermal & Fluid Science, 27, 553-561. [SCI]
  101. Zheng, C., Liu, Z. and Mi J. (2002): Numerical and experimental investigations on the performance of a 300MW pulverised-coal furnace, Proc. Combust. Inst., 29, 811-818, The Combustion Institute, Pittsburgh, PA. [SCI]
  102. Mi J., Nobes, D. and Nathan, G. J. (2001): Influence of exit conditions of round nozzles on the passive scalar field of a free jet, J. Fluid Mechanics, 432, 91-125. [SCI]
  103. Mi J., Nobes, D.S. and Nathan, G.J. (2001): Mixing characteristics of axisymmetric free jets issuing from a contoured nozzle, an orifice plate and a pipe, ASME J. Fluids Engineering, 123, 878-883. [SCI]
  104. Mi J. Nathan, G. J. and R.E. Luxton (2001): Mixing characteristics of a self-excited flapping jet, Flow, Turbulence and Combustion, 67(1), 1-23. [SCI]
  105. Mi J. and R. A. Antonia (2001): Effect of large-scale intermittency and mean shear on scaling range exponents in a turbulent jet, Physical Review E., 64, 026302. [SCI]
  106. Mi J., Nathan, G. J. and Luxton, R. E. (2000): Centreline mixing characteristics of jets from nine differently shaped nozzles, Experiments in Fluids, 28(1), 93-94. [SCI]
  107. Rehab, H., Antonia, R.A., Djeridi, L. and Mi J. (2000): Characteristics of fluorescein dye and temperature fluctuations in a turbulent near-wake, Experiments in Fluids, 28(5), 462-470. [SCI]
  108. Mi J. and Nathan, G. J. (1999): Effect of small vortex-generators on scalar mixing in the developing region of a turbulent jet, Intl. J. Heat & Mass Transfer, 42(21), 3919-3926. [SCI]
  109. Mi J. and Antonia, R. A. (1999): Evolution of centreline temperature moments in a circular cylinder wake, Intl. Comm. Heat & Mass Transfer, 26(1), 45-53. [SCI]
  110. Mi J., Antonia R. A., Nathan, G. J. and Luxton, R. E. (1998): Non-Gaussian statistics of a passive scalar in turbulent flows, Proc. Combust. Inst., Vol. 27, 989-996. [SCI]
  111. Antonia, R. A. and Mi J. (1998): Approach towards self-preservation of turbulent cylinder and screen wakes, Experimental Thermal Fluid Science, 17, 277-284. [SCI]
  112. Mi J. and Antonia, R. A. (1996): Vorticity characteristics of the intermediate turbulent wake, Experiments in Fluids, 20, 383-392. [SCI]
  113. Mi J. and Antonia, R. A. (1995): A general relation for stationary probability density functions, Physical Review E, 51 (5), 4466-4468. [SCI]
  114. Mi J., Antonia, R. A. and Anselmet, F. (1995): Joint statistics between temperature and its dissipation rate components in a round jet, Physics of Fluids, 7 (7), 1665-1673. [SCI]
  115. Mi J. and Antonia, R. A. (1994): Corrections to Taylor’s hypothesis in a turbulent circular jet, Physics of Fluids, 6 (4), 1548-1552. [SCI]
  116. Mi J. and Antonia, R. A. (1994): Temperature distribution within vortices in the wake of a cylinder, int. J. Heat & Mass Transfer, 37 (6), 1048-1050. [SCI]
  117. Mi J. and Antonia, R. A. (1994): Some checks of Taylor’s hypothesis in a slightly heated turbulent circular jet, Experimental Thermal Fluid Science, 8 (4), 328-335. [SCI]
  118. Antonia, R. A. and Mi J. (1993): Temperature dissipation in a turbulent round jet, J. Fluid Mechanics, 250, 531-551. [SCI]
  119. Antonia, R. A. and Mi J. (1993): Corrections for velocity and temperature derivatives in turbulent flows, Experiments in Fluids, 14, 203-208. [SCI]