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Results:
1-15
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Results: 15
Authors:
YU LE
HILDEMANN LM
NIKSA S
Citation: Le. Yu et al., TRENDS IN AROMATIC RING NUMBER DISTRIBUTIONS OF COAL TARS DURING SECONDARY PYROLYSIS, Energy & fuels, 12(3), 1998, pp. 450-456
Authors:
YU LE
HILDEMANN LM
DADAMIO J
NIKSA S
Citation: Le. Yu et al., CHARACTERIZATION OF COAL-TAR ORGANICS VIA GRAVITY FLOW COLUMN CHROMATOGRAPHY, Fuel, 77(5), 1998, pp. 437-445
Authors:
BOEHMAN AL
SIMONS JW
NIKSA S
MCCARTY JG
Citation: Al. Boehman et al., DYNAMIC STRESS FORMATION DURING CATALYTIC COMBUSTION OF METHANE IN CERAMIC MONOLITHS, Combustion science and technology, 122(1-6), 1997, pp. 257-303
Authors:
BOEHMAN AL
NIKSA S
Citation: Al. Boehman et S. Niksa, CONVERSION OF VARIOUS HYDROCARBONS OVER SUPPORTED PD DURING SIMULATEDCOLD-START CONDITIONS, Applied catalysis. B, Environmental, 8(1), 1996, pp. 41-56
Authors:
NIKSA S
CHO S
Citation: S. Niksa et S. Cho, CONVERSION OF FUEL-NITROGEN IN THE PRIMARY ZONES OF PULVERIZED COAL FLAMES, Energy & fuels, 10(2), 1996, pp. 463-473
Authors:
NIKSA S
Citation: S. Niksa, FLASHCHAIN THEORY FOR RAPID COAL DEVOLATILIZATION KINETICS .7. PREDICTING THE RELEASE OF OXYGEN SPECIES FROM VARIOUS COALS, Energy & fuels, 10(1), 1996, pp. 173-187
Authors:
NIKSA S
Citation: S. Niksa, FLASHCHAIN THEORY FOR RAPID COAL DEVOLATILIZATION KINETICS .6. PREDICTING THE EVOLUTION OF FUEL NITROGEN FROM VARIOUS COALS, Energy & fuels, 9(3), 1995, pp. 467-478
Authors:
BOEHMAN AL
NIKSA S
Citation: Al. Boehman et S. Niksa, A CATALYTIC FLOW REACTOR FOR KINETIC-STUDIES OF MULTICOMPONENT REACTING MIXTURES ON SUPPORTED CATALYSTS, Review of scientific instruments, 66(2), 1995, pp. 1096-1104
Authors:
CHO SW
MARLOW D
NIKSA S
Citation: Sw. Cho et al., BURNING VELOCITIES OF MULTICOMPONENT ORGANIC FUEL MIXTURES DERIVED FROM VARIOUS COALS, Combustion and flame, 101(4), 1995, pp. 399-410
Authors:
CHO SW
NIKSA S
Citation: Sw. Cho et S. Niksa, ELEMENTARY REACTION MODELS AND CORRELATIONS FOR BURNING VELOCITIES OFMULTICOMPONENT ORGANIC FUEL MIXTURES, Combustion and flame, 101(4), 1995, pp. 411-427
Authors:
NIKSA S
Citation: S. Niksa, PREDICTING THE DEVOLATILIZATION BEHAVIOR OF ANY COAL FROM ITS ULTIMATE ANALYSIS, Combustion and flame, 100(3), 1995, pp. 384-394
Authors:
NIKSA S
Citation: S. Niksa, FLASHCHAIN THEORY FOR RAPID COAL DEVOLATILIZATION KINETICS .4. PREDICTING ULTIMATE YIELDS FROM ULTIMATE ANALYSES ALONE, Energy & fuels, 8(3), 1994, pp. 659-670
Authors:
NIKSA S
Citation: S. Niksa, FLASHCHAIN THEORY FOR RAPID COAL DEVOLATILIZATION KINETICS .5. INTERPRETING RATES OF DEVOLATILIZATION FOR VARIOUS COAL TYPES AND OPERATING-CONDITIONS, Energy & fuels, 8(3), 1994, pp. 671-679
Authors:
MARLOW D
CHO SW
NIKSA S
KRUGER CH
Citation: D. Marlow et al., COMBUSTION OF THE NONCONDENSABLE VOLATILES FROM VARIOUS COALS, Fuel processing technology, 34(3), 1993, pp. 229-247
Authors:
LAU CW
NIKSA S
Citation: Cw. Lau et S. Niksa, THE IMPACT OF SOOT ON THE COMBUSTION CHARACTERISTICS OF COAL PARTICLES OF VARIOUS TYPES, Combustion and flame, 95(1-2), 1993, pp. 1-21
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1-15
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