화학공학소재연구정보센터
검색결과 : 38건
No. Article
1 Numerical study on influence of exit geometry in gas-solid flow hydrodynamics of HDCFB riser by CPFD
Zhang HD, Li WB, Ma Q, Zhang YW, Lei FL
Advanced Powder Technology, 31(9), 4005, 2020
2 A comparative study of continuous operation between a dynamic baffle crystallizer and a stirred tank crystallizer
Liu YQC, Dunn D, Lipari M, Barton A, Firth P, Speed J, Wood D, Nagy ZK
Chemical Engineering Journal, 367, 278, 2019
3 Gas phase dispersion/mixing investigation in a representative geometry of gas-liquid upflow Moving Bed Hydrotreater Reactor (MBR) using developed gas tracer technique and method based on convolution/regression
Alexander V, Albazzaz H, Al-Dahhan M
Chemical Engineering Science, 195, 671, 2019
4 Evaluation of liquid and solid phase mixing in Chinese dome digesters using residence time distribution (RTD) technique
Jegede AO, Zeeman G, Bruning H
Renewable Energy, 143, 501, 2019
5 Study of gas solid turbulent flow in a thermal reactor: Experimental and numerical comparison
Bellil A, Benhabib K, Coorevits P, Ould-Dris A
Canadian Journal of Chemical Engineering, 96(11), 2492, 2018
6 Residence time distribution studies using radiotracers in chemical industryA review
Sheoran M, Chandra A, Bhunia H, Bajpai PK, Pant HJ
Chemical Engineering Communications, 205(6), 739, 2018
7 CFD modelling of flow patterns, tortuosity and residence time distribution in monolithic porous columns reconstructed from X-ray tomography data
Pawlowski S, Nayak N, Meireles M, Portugal CAM, Velizarov S, Crespo JG
Chemical Engineering Journal, 350, 757, 2018
8 Investigations about the effect of fractal distributors on the hydrodynamics of fractal packs of novel plate and frame designs
He GQ, Kochergin V, Li YH, Nandakumar K
Chemical Engineering Science, 177, 195, 2018
9 A dimensionless analysis of residence time distributions for continuous powder mixing
Tian G, Lee SL, Yang XC, Hong MS, Gu ZY, Li SL, Fisher R, O'Connor TF
Powder Technology, 315, 332, 2017
10 Prediction of solids residence time distribution in cross-flow bubbling fluidized bed
Geng SJ, Qian YA, Zhan JH, Zhang HL, Xu GW, Liu XX
Powder Technology, 320, 555, 2017