Fluidization, Science and Technology: Conference Papers, China-Japan Symposium, Hangzhou, China, 4-9 April 1982Daizō Kunii |
Contents
T Chiba and H Kobayashi | 79 |
Hirato T Miyamoto J Tomuro and S Yoshioka | 91 |
G Jimbo R Yamazaki G H Hong and Y Oka | 135 |
Copyright | |
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Common terms and phrases
Academia Sinica Akabira average axial bed expansion bed height bed temperature boiler bubble diameter bubbling bed Ca/S char Chem Chiba circulation cm/s cm/sec coal coarse particles coefficient column combustion efficiency combustor concentration correlation dead zone dense phase dense-phase dilute-phase region distribution distributor ejector tube elutriation emulsion emulsion phase equation experimental data Figure flow rate fluidized bed combustion fluidized bed reactor fluidized particles fluidized-bed fraction freeboard frequency gas flow gas hold-up gas jet gas-solid grid zone heat transfer heat transfer coefficient Hokkaido horizontal increase Japan jetsam Kunii Kwauk limestone liquid velocity mathematical model measured minimum fluidization obtained optical fibers parameters particle velocity powder pressure probe reaction rate regenerator sand shown in Fig slug slurry solid particles sorbent superficial gas velocity terminal velocity thermal conductivity three-phase fluidized beds tion turbulence upflow vertical voidage wake