Abstract : theleaching ofgermanium - bearing smoke of zinc oxide inthe particulate fluidization bed was investigated 文摘:報道了散式直管流化床處理含鍺氧化鋅煙塵的研究結(jié)果。
Experiment datas under fluctuation complexity analysis of three different signals all show that there exist " fluctuation " regime between aggregative fluidization and particulate fluidization . the reason is that there exists mutual competition of obtaining resource ( energy and infonnation ) between all subsystem or variable in transition regime 漲落復雜性參數(shù)表征的過渡區(qū)域有明顯的上下起伏漲落的過程,是由于在過渡區(qū)流化床動力系統(tǒng)中各個子系統(tǒng)或變量在獲取能量和信息方面存在相互竟爭協(xié)同,也就是在獲取資源上存在優(yōu)勢上的差異造成的。