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Molecular dynamics study of water and ions transport in nano-pore of layered structure: A case study of tobermorite Journal article
Microporous and Mesoporous Materials, 2014,Volume: 195,Page: 9-20
Authors:  Hou D.;  Li Z.
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Chloride binding  Diffusion coefficient  H-bonds  Molecular dynamics  Tobermorite  
Two-scale modeling of the capillary network in hydrated cement paste Journal article
Construction and Building Materials, 2014,Volume: 64,Page: 11-21
Authors:  Ma H.;  Hou D.;  Lu Y.;  Li Z.
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Capillary pore  Cement paste  Degree of hydration  Microstructure  Outer C-S-H layer  Status-oriented model  
Modeling magnesia-phosphate cement paste at the micro-scale Journal article
Materials Letters, 2014,Volume: 125,Page: 15-18
Authors:  Ma H.;  Xu B.;  Lu Y.;  Li Z.
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Ceramics  Magnesia-phosphate cement  Microstructure  Pore size distribution  Simulation and modeling  
Impedance measurement to characterize the pore structure in Portland cement paste Journal article
Construction and Building Materials, 2014,Volume: 51,Page: 106-112
Authors:  Tang S.W.;  Li Z.J.;  Chen E.;  Shao H.Y.
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Cement paste  Electrical double layers  Fractal dimension  Impedance measurement  Pore structure  
Effects of water content, magnesia-to-phosphate molar ratio and age on pore structure, strength and permeability of magnesium potassium phosphate cement paste Journal article
Materials and Design, 2014,Volume: 64,Page: 497-502
Authors:  Ma H.;  Xu B.;  Liu J.;  Pei H.;  Li Z.
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Chemically bonded ceramics  Compressive strength  Intrinsic permeability  Magnesium potassium phosphate cement  Pore structure  
Magnesium potassium phosphate cement paste: Degree of reaction, porosity and pore structure Journal article
Cement and Concrete Research, 2014,Volume: 65,Page: 96-104
Authors:  Ma H.;  Xu B.;  Li Z.
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Chemically bonded ceramics (D)  Microstructure (B)  Pore size distribution (B)  Reaction (A)  Thermal analysis (B)