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(Chemical Technology and Engineering) Institute of Chemical Machinery CHING CHIH-KWANG, CHENG HONG-suNG,Tu TSE-LUNG, TSUI SHIU-YUNG
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秦霽光,陈洪生,屠之龙,崔秀云
Abstract: Based on a proposed model for the flow of solid particles through an orifice, the authors have derived the following equation for the solids discharge rate with and without pressure drop, The above equation correlates 206 experimental data of five different authors with an average deviation of 18%.
摘要: 作者提出了固体颗粒通过孔口流动的模型,并导出在有压差和无压差条件下颗粒物料通过孔口的流率方程 W=0.58C_0C_g(D_0-d_p)~2γ_s(g(D_0-d_p)/(2μ)(1+ΔP/(Lγs)))~(1/2) 上式关联了五组作者的206个实验数据,平均偏差为18%。
(Chemical Technology and Engineering) Institute of Chemical Machinery CHING CHIH-KWANG, CHENG HONG-suNG,Tu TSE-LUNG, TSUI SHIU-YUNG. THE FLOW OF SOLID PARTICLES THROUGH AN ORIFICE[J]. .
秦霽光,陈洪生,屠之龙,崔秀云. 固体颗粒通过孔口的流动 [J]. CIESC Journal.
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