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[1]Mu, Guoqing.Calibration Model Building for Online Monitoring of the Granule Moisture Content during Fluidiz...[J],INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH,2021,58(16):6476-6485
[2]Mu, Guoqing,Liu, Tao,Chen, Junghui,Xia, Liangzhi,Yu, Caiyuan.110th Anniversary: Real-Time End Point Detection of Fluidized Bed Drying Process Based on a Swi...[J],INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH,2019,58(36):16777-16786
[3]Xia, Liangzhi,Bo, Ziyi,Liu, Qing,Zhang, Xiao,Pei, Yuqi.Li-doped and functionalized metal-organic framework-519 for enhancing hydrogen storage: A compu...[J],COMPUTATIONAL MATERIALS SCIENCE,2019,166(,SI):179-186
[4]Wang, Zewu,Han, Quanfeng,Nash, David H.,Fan, Haigui,Xia, Liangzhi.Thermal buckling of cylindrical shell with temperature-dependent material properties: Conventio...[J],MECHANICS RESEARCH COMMUNICATIONS,2018,92:74-80
[5]Xia, Liangzhi,Zhang, Hongchun,Wang, Baohe,Yu, Caiyuan.Numerical simulation and experimental validation of oil shale drying in pneumatic conveying dry...[J],DRYING TECHNOLOGY,2018,36(5):617-629
[6]Liu, Yi,Lu, Jinming,Yang, Jianhua,Zhang, Yan,Wang, Jinqu,Li, Congcong,Xia, Liangzhi.Study on hydrogen storage mechanisms of mesoporous materials at low temperature and low pressur...[J],MATERIALS LETTERS,2018,214:91-94
[7]马跃,杨迎,刘海波,王永青,杨宥人,夏良志.基于变论域模糊PID的混炼造粒机机筒温度控制[J],塑料,2018,47(1):122
[8]Xia, Liangzhi,Dong, Dandan,Zhang, Hongchun,Wang, Zewu,Yu, Caiyuan.Experimental investigation of two-phase closed thermosyphon used in heavy duty extrusion pellet...[J],INTERNATIONAL COMMUNICATIONS IN HEAT AND MASS TRANSFER,2017,88:91-98
[9]Xia, Liangzhi,Zhang, Hongchun,He, Jun,Yao, Yibin,Yu, Caiyuan.SIMULATION INVESTIGATION OF SINGLE OIL SHALE PARTICLES DRYING IN SUPERHEATED STEAM AND EXPERIME...[J],OIL SHALE,2017,34(3):232-249
[10]Xia, Liangzhi,Dong, Dandan,Zhang, Hongchun,Yu, Caiyuan.Numerical simulation of wickless gravity-assisted two-phase cooling system used in heavy duty e...[J],INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER,2017,111:540-550
[11]Xia, Liangzhi,Liu, Qing,Wang, Fengling,Li, Yupeng.ENHANCEMENT EFFECT OF LITHIUM-DOPING FUNCTIONALIZATION ON HYDROGEN ADSORPTION IN METAL-ORGANIC ...[J],SURFACE REVIEW AND LETTERS,2017,24(5)
[12]夏良志,刘青,邵继东,赵宗昌,于才渊.静压箱流场的数值模拟与实验研究[J],高校化学工程学报,2017,31(3):712-719
[13]Xia, Liangzhi,Zhang, Hongchun,Wang, Baohe,Yu, Caiyuan,Fan, Xinxin.Experimental and numerical analysis of oil shale drying in fluidized bed[J],DRYING TECHNOLOGY,2017,35(7):802-814
[14]王泽武,李耀宙,夏良志,孙佳琳.圆筒形薄壳热屈曲临界温度理论解及修正[J],机械强度,2017,39(1):149-153
[15]夏良志.Adsorption of H2 on aluminum-based metal-organic frameworks: A computational study[J],Computational Materials Science,2017,126(1):176-181
[16]Xia, Liangzhi,Liu, Qing.Adsorption of H-2 on aluminum-based metal-organic frameworks: A computational study[J],COMPUTATIONAL MATERIALS SCIENCE,2017,126:176-181
[17]Xia, Liangzhi,Liu, Qing.Lithium doping on covalent organic framework-320 for enhancing hydrogen storage at ambient temp...[J],JOURNAL OF SOLID STATE CHEMISTRY,2016,244:1-5
[18]Xia, Liangzhi,Liu, Qing,Wang, Fengling,Lu, Jinming.Improving the hydrogen storage properties of metal-organic framework by functionalization[J],JOURNAL OF MOLECULAR MODELING,2016,22(10):254
[19]Xia, Liangzhi,Wang, Fengling.Prediction of hydrogen storage properties of Zr-based MOFs[J],INORGANICA CHIMICA ACTA,2016,444:186-192
[20]Wang, Z. W.,Zhang, Q.,Xia, L. Z.,Wu, J. T.,Liu, P. Q..Thermomechanical Analysis of Pressure Vessels With Functionally Graded Material Coating[J],JOURNAL OF PRESSURE VESSEL TECHNOLOGY-TRANSACTIONS OF THE ASME,2016,138(1)
[21]夏良志.Enhancement effect of lithium-doping functionalization on hydrogen adsorption in metal-organic fr...[J],Surface Review and Letters,2016,244(12):1-5
[22]Xia, Liangzhi,Wang, Fengling,Liu, Qing.Effects of substituents on the H-2 storage properties of COF-320[J],MATERIALS LETTERS,2016,162:9-12
[23]Xia, Liang-Zhi,Wang, Feng-Ling.Molecular Simulation on Separation and Purification of HCl in MCM-41[A],2016,157-162
[24]王宝和,颜群,夏良志.SDS-水体系汽-液界面行为的分子动力学模拟研究[J],干燥技术与设备,2015,06:33-38
[25]王宝和,颜群,夏良志.SDS-水体系汽-液界面行为的分子动力学模拟研究[A],2015,80-84
[26]Wang Z.W.,Xia L.Z.,You H.X.,Liu P.Q.,Zhang G.J..Progressive damage analysis of full-wrapped composite gas cylinder under overload condition and p...[J],Strength, Fracture and Complexity,2015,9(2):175-185
[27]Wang, Z. W.,Wu, J. T.,Liu, P. Q.,Zhang, Q.,Xia, L. Z..Stress Analysis and Parameter Optimization of an FGM Pressure Vessel Subjected to Thermo-Mechan...[A],2015,130:374-389
[28]王宝和,王甜,夏良志.固着纳米水滴接触角滞后的分子动力学模拟[J],河南化工,2015,9:14-18
[29]Wang, Zewu,Zhang, Guojin,Liu, Peiqi,Xia, Liangzhi.PROGRESSIVE DAMAGE ANALYSIS OF FULL-WRAPPED COMPOSITE GAS CYLINDER UNDER OVERLOAD CONDITION AND...[A],2015,3
[30]侯德粉,王宝和,夏良志,于才渊,周静.植物类活性炭改性的实验研究[J],干燥技术与设备,2015,02:28-32
[31]李耀宙,王泽武,夏良志,陈鲲鹏.圆筒形薄壳热屈曲临界温升一般表达式构建[J],化工设备与管道,2014,51(6):1-4
[32]周静,夏良志,侯德粉,于才渊.改性炭基催化剂低温烟气选择性还原脱硝性能研究[A],2014,148-152
[33]王宝和,杨刘玮,李群,夏良志,王刚.超临界二氧化碳扩散行为的分子动力学模拟[J],河南化工,2014,31(8):31-35
[34]王宝和,杨刘玮,夏良志,刘延来.棒状MgCO3·3H2O的干燥动力学研究[J],干燥技术与设备,2014,12(3):24-31
[35]夏良志,于才渊.改性炭基催化剂低温烟气选择性还原脱销性能研究[A],2014,148-152
[36]王宝和,夏良志,王维.Drying Kinetics of Magnesium Hydroxide Nanorods[A],2014
[37]刘菲菲,王宝和,夏良志,于才渊.基于热重分析的氢气还原氧化铜粉体动力学研究[J],干燥技术与设备,2013,02:39-44
[38]王宝和,王蕴博,李群,夏良志,王刚.水汽液界面特性的平衡分子动力学模拟[J],河南化工,2012,21:31-35
[39]王宝和,王娅玲,李群,夏良志,刘延来.异丙醇汽液界面特性的平衡分子动力学模拟[J],河南化工,2012,19:30-34
[40]Zhang, Q.,Wang, Z. W.,Tang, C. Y.,Hu, D. P.,Liu, P. Q.,Xia, L. Z..Analytical solution of the thermo-mechanical stresses in a multilayered composite pressure vess...[J],INTERNATIONAL JOURNAL OF PRESSURE VESSELS AND PIPING,2012,98:102-110
[41]刘菲菲,王宝和,夏良志,于才渊.氧化铜粉体的氢气还原动力学研究[A],2012,38-42
[42]Wang, Z.W.,Da Hu, P.,Xia, L.Z.,Zhang, Q..Exact solution of axial stress for a multilayered pressure vessel subjected to mechanical and the...[J],Applied Mechanics and Materials,2012,197:185-189
[43]李群,王宝和,夏良志,于才渊.氧化铜纳米粉体的制备工艺研究[J],河南化工,2012,13:31-35
[44]王宝和,夏良志,于才渊.Drying kinetics of highly-dispersed particles of magnesium hydroxide[A],2012
[45]王宝和,夏良志,于才渊.Drying kinetics equations and parameters for basic magnesium chloride nanorods[A],2012
[46]王宝和,夏良志,于才渊.Drying kinetics of basic magnesium carbonate nanoflowers[A],2012
[47] Caiyuan Yu, Zewu Wang , Hongchun Zhang , Dandan Dong ,Liangzhi Xia*, Caiyuan Yu, Zewu Wang , Hongchun Zhang , Dandan Dong ,Liangzhi Xia*.Experimental investigation of two-phase closed thermosyphon used in heavy duty extrusion pelletin...,International Communications in Heat and Mass Transfer,2017,Vol.88:91-98
[48]Xia Liangzhi, Liu Qing, Wang Fengling,Xia Liangzhi.Effects of substituents on the H2 storage properties of COF-320,Materials Letters,2016,162:9-12
[49] Xinxin Fan, Caiyuan Yu, Baohe Wang, Hongchun Zhang,Liangzhi Xia*, Xinxin Fan, Caiyuan Yu, Baohe Wang, Hongchun Zhang,Liangzhi Xia*.Experimental and Numerical Analysis of Oil Shale Drying in Fluidized Bed,DRYING TECHNOLOGY,2017,Vol.35(7),:pp.802-814
[50] 于才渊, 赵宗昌, 邵继东, 刘青,夏良志*, 于才渊, 赵宗昌, 邵继东, 刘青,夏良志*.Numerical Simulation and Experimental Study on Flow Fields of Plenum Chamber 静压箱流场的数值模拟...,Journal of Chemical Engineering of Chinese Universities 高校化学工程学报,2017,v 31, n 3:p 712-719,
[51] Caiyuan Yu, Yibin Yao, Jun He, Hongchun Zhang ,Liangzhi Xia *, Caiyuan Yu, Yibin Yao, Jun He, Hongchun Zhang,Liangzhi Xia *.SIMULATION INVESTIGATION OF SINGLE OIL SHALE PARTICLES DRYING IN SUPERHEATED STEAM AND EXPERIMENT...,OIL SHALE,2018,Vol.34(3):p.232-249
[52] Caiyuan Yu, Baohe Wang, Hongchun Zhang,Liangzhi Xia, Caiyuan Yu, Baohe Wang, Hongchun Zhang,Liangzhi Xia.Numerical Simulation and Experimental Validation of Oil Shale Drying in Pneumatic Conveying Dryer,DRYING TECHNOLOGY,2018
[53] Liu Qing,Xia Liangzhi* , Liu Qing,Xia Liangzhi* .Adsorption of H2 on aluminum-based metal-organic frameworks: A computational study,Computational Materials Science,2017,卷: 126:页: 176-181
[54] Li Yupeng, Wang Fengling, Liu Qing,Xia Liangzhi *, Li Yupeng, Wang Fengling, Liu Qing,Xia Liangzhi *.Enhancement effect of lithium-doping functionalization on hydrogen adsorption in metal-organic fr...,Surface Review and Letters,2016,卷244:1–5
[55] Lu Jinming, Liu Qing Wang Fengling,Xia Liangzhi* , Lu Jinming, Liu Qing Wang Fengling,Xia Liangzhi* .Improving the hydrogen storage properties of metal-organic framework by functionalization,Journal of Molecular Modeling,2016,卷: 22(期: 10)
[56] Wang Fengling,Xia Liangzhi*, Wang Fengling,Xia Liangzhi*.Prediction of hydrogen storage properties of Zr-based MOFs,Inorganica Chimica Acta,2016,卷: 444:页: 186-192
[57] Liangzhi Xia, Congcong Li, Jinqu Wang, Yan Zhang, Jianhua Yang, Jinming Lu*,Yi Liu, Liangzhi Xia, Congcong Li, Jinqu Wang, Yan Zhang, Jianhua Yang, Jinming Lu*,Yi Liu.Study on hydrogen storage mechanisms of mesoporous materials at low temperature and low pressure,Materials Letters,2018,214:91-94
[58] Liu Qing,Xia Liangzhi , Liu Qing,Xia Liangzhi .Lithium doping on covalent organic framework-320 for enhancing hydrogen storage at ambient temper...,Journal of Solid State Chemistry,2016,卷244(期44):页1-5
[59] YuCaiyuan, ZhangHongchun, DongDandan,XiaLiangzhi*, YuCaiyuan, ZhangHongchun, DongDandan,XiaLiangzhi*.Numerical simulation of wickless gravity-assisted two-phase cooling system used in heavy duty ext...,International Journal of Heat and Mass Transfer,2017,Vol.111:pp.540-550
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