In-Situ Species, Temperature and Velocity Measurements in a Pulverized Coal Flame

References

• Abbas , T. , Costen , P. , and Lockwood , F. C. , ( 1991 ). The influence of near burner region aerodynamics on che formation and emission of nitrogen oxides in a pulverized coal fired furnace. Combustion and Flame , 91 , 346 .
   Web of Science ®Google Scholar
• Abbas , T. , Costen , P. , Lockwood , F. C. , and Romo-Millares , C. A. , The Effect of Particle Size on NO Formation in a Large-Scale Pulverized Coal-Fired Laboratory Furnace: Measurements and Modeling. Combustion and Flame , The Combustion Institute, 93 ( 1993 ) , 316 .
   Google Scholar
• Bak , J. , Clausen , S. , and Astrup , P. , ( 1991 ). LDA measurements of burner inlet conditions and cold flow in furnace room. , Ris⊘-doc-188.
   Google Scholar
• Beer , J. M. , and Chigier , N. A. , ( 1972 ). Combustion Aerodynamics , Applied Science Publisher Ltd., London .
   Google Scholar
• Costa , M. , Costen , P. , Lockwood , F. C. , and Mahmud , T. , ( 1990 ). Detailed measurements in and modeling of an industry-type pulverised-coal flame. Twenty-Third Symposium International on Combustion. , 973.
   Google Scholar
• Godoy , S. , Hirji , K. A. , and Lockwood , F. C. , ( 1988 ), Combustion Measurements in a Pulverized Coal-Fired Furnace. Combustion Science and Technology , 59 , 165 .
   Web of Science ®Google Scholar
• Godoy , S. G. , Ismail , M. , and Lockwood , F. C. , ( 1989 ). Measurements in a cylindrical pulverized coal furnace. Influence of swirl number on combustion performance. Combustion Science and Technology , 67 . 59.
   Web of Science ®Google Scholar
• Jensen , P. A. , Ereaut , P. R. , Clausen , S. , and Rathmann , O. , ( 1994 ). Local measurements of velocity, temperature and gas composition in a pulverized coal flame. Journal of Institute of Energy , 67 , 37 .
   Google Scholar
• Lockwood , F. C. , and Mahmud , T. , ( 1988 ). The prediction of Swirl burner pulverised coal flames. Twenty-Second Symposium (International) on Combustion. , The Combustion Institute, 1988 . pp. 165 – 173 .
   Google Scholar
• Pickett , L. M. , Jackson , R. E. , and Tree , D. R. , ( 1999 ). LDA Measurements in a pulverized coal flame at three swirl ratios. Combustion and Science Technology , November , 1999 .
   Web of Science ®Google Scholar
• Smart , J. P. , Knill , K. J. , Visser , B. M. , and Weber , R. , ( 1988 ). Reduction of NO, emissions in a swirled coal flame by particle injection into the internal recirculation zone. Twenty-Second Symposium (International) on Combustion , 1117.
   Google Scholar
• Smart , J. P. , Roberts , P. A. , and de Soete , G. G. , ( 1990 ). The formation of nitrous oxide in large-scale pulverised-coal flames. J Inst Energy , September 1990, pp. 131 – 135 .
   Google Scholar
• Smart , J. P. , Woycenco , D. M. , Morgan , D. J. , and van de Kamp , W. L. ,( 1996 ). Studies on scale-up of swirl-stabilized pulverised-coal burners in the thermal input range 2. 5-12 MW. J Inst Energy , 69 , 131 .
   Google Scholar
• Visser , B. M. , Smart , J, P. , Van De Kamp , W. L. , and Weber , R. , ( 1990 ). Measurements and predictions of quarl zone properties of swirling pulverised coal flames. Twenty-Third Symposium (International) on Combustion , 949.
   Google Scholar
• Weber , R. , Dugue , J. , Sayre , A. , and Visser , B. , ( 1992 ). Quarl zone flow field and chemistry of swirling pulverized coal flames: measurements and computations , Twenty-Fourth Symposium International on Combustion , 1373 .
   Google Scholar
• Corresponding Author: [email protected]
   Google Scholar