| 5355 - 5357 |
Circulating fluidized beds (CFB) past, present and future -Preface
Kwauk M, Li JH |
| 5359 - 5368 |
Challenges of circulating fluid-bed reactors in energy and raw materials industries
Reh L |
| 5369 - 5376 |
Dimensionless groups for practicable similarity of circulating fluidised beds
van der Meer EH, Thorpe RB, Davidson JF |
| 5377 - 5382 |
Gas and solids flow in circulating fluidized beds - discussion on turbulence
Sterneus J, Johnsson F, Leckner B, Palchonok GI |
| 5383 - 5391 |
The effect of particle size and density on solids distribution along the riser of a circulating fluidized bed
Mastellone ML, Arena U |
| 5393 - 5407 |
The role of mixing in the performance of CFB reactors
Hartge EU, Luecke K, Werther J |
| 5409 - 5425 |
The EMMS model - its application, development and updated concepts
Li JH, Cheng CL, Zhang ZD, Yuan J, Nemet A, Fett FN |
| 5427 - 5440 |
Discrete simulations of heterogeneous structure and dynamic behavior in gas-solid fluidization
Jie OY, Li JH |
| 5441 - 5449 |
Gas dispersion in fast fluidization and dense suspension upflow
Liu JZ, Grace JR, Bi HT, Morikawa H, Zhu JX |
| 5451 - 5460 |
Suspension densities in a high-density circulating fluidized bed riser
Issangya AS, Bai D, Bi HT, Lim KS, Zhu J, Grace JR |
| 5461 - 5470 |
Hydrodynamics in downflow fluidized beds (1): solids concentration profiles and pressure gradient distributions
Zhang H, Zhu JX, Bergougnou MA |
| 5471 - 5483 |
Characterization of the flow pattern in a downer reactor
Lehner P, Wirth KE |
| 5485 - 5493 |
Axial pressure profiles and solids concentration distributions in the CFB bottom zone
Schlichthaerle P, Werther J |
| 5495 - 5506 |
Hydrodynamics of a commercial scale CFB boiler-study with radioactive tracer particles
Lin WG, Weinell CE, Hansen PFB, Dam-Johansen K |
| 5507 - 5513 |
Simulation for solid concentration profile in CFB with different fluid/solid density ratios
Fujima Y, Deguchi S, Endo T |
| 5515 - 5522 |
Eulerian computation of heat transfer in fluidized beds
Schmidt A, Renz U |
| 5523 - 5528 |
Gas-liquid mass transfer behavior in three-phase CFB reactors
Yang WG, Wang JF, Zhou LM, Jin Y |
| 5529 - 5539 |
Experiments that address phenomenological issues of fast fluidization
Chen JC |
| 5541 - 5546 |
Fourier analysis of nonlinear pressure fluctuations in gas-solids flow in CFB risers - Observing solids structures and gas/particle turbulence
van der Schaaf J, Johnsson F, Schouten JC, van den Bleek CM |
| 5547 - 5557 |
Combustion of coal in circulating fluidized-bed boilers: a review
Basu P |
| 5559 - 5563 |
The future of fluidized-bed combustion
Jacobs JP |
| 5565 - 5571 |
Next generation CFBC
Rajaram S |
| 5573 - 5584 |
Sulphur capture in circulating fluidized-bed boilers: can the efficiency be predicted?
Lyngfelt A, Leckner B |
| 5585 - 5597 |
Dispersion and ultra-fast reaction of calcium-based sorbent powders for SO2 and air toxics removal in coal combustion
Fan LS, Jiang P, Agnihotri R, Mahuli SK, Zhang J, Chauk S, Ghosh-Dastidar A |
| 5599 - 5607 |
Combustion characteristics and dioxin behavior of waste fired CFB
Tagashira K, Torii I, Myouyou K, Takeda K, Mizuko T, Tokushita Y |
| 5609 - 5615 |
Fluidizing ultrafine powders with circulating fluidized bed
Li HZ, Hong RY, Wang ZL |
| 5617 - 5625 |
Feedstock atomization effects on FCC riser reactors selectivity
Theologos KN, Lygeros AI, Markatos NC |
| 5627 - 5632 |
Dupont's CFB technology for maleic anhydride
Contractor RM |
