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- W2991730143 abstract "Abstract Understanding the effects of cellulose fibre on the nanostructure of and adhesion energy at the cellulose fibre-calcium silicate hydrate (C-S-H) interface is essential for designing high-performance cement-based composites (CBCs). Therefore, the chemical structure of cellulose fibre surface and microstructure of the fibre-cement matrix interface were investigated using X-ray photoelectron spectroscopy, Fourier transform infrared spectroscopy, X-ray powder diffraction, scanning electron microscopy, and energy-dispersive X-ray spectroscopy. Molecular dynamics (MD) simulations were used to study the adhesion energy and nanostructure at the cellulose fibre-(C-S-H) interface by comparing crystalline Iβ and amorphous celluloses (AC). The results revealed that the adhesion energy at the AC-(C-S-H) interface was approximately 35% greater than that at Iβ-(C-S-H) interface. Given that the AC configuration was disordered and presented greater deformation than Iβ, the AC-(C-S-H) interface was denser than the Iβ-(C-S-H) interface. Electrostatic interactions between OH groups and Ca2+ ions caused the Ca2+ in C-S-H to migrate towards the interface; the Ca2+ ions exhibit a bridging effect at the interface. Additionally, the OH groups in the cellulose fibre and C-S-H could also interact with each other via hydrogen bonding. The electrostatic and hydrogen bonds increased the interfacial adhesion energy, which was beneficial for improving the performance of cellulose fibre-reinforced CBCs." @default.
- W2991730143 created "2019-12-13" @default.
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- W2991730143 date "2020-03-01" @default.
- W2991730143 modified "2023-10-02" @default.
- W2991730143 title "Analysis of interfacial nanostructure and interaction mechanisms between cellulose fibres and calcium silicate hydrates using experimental and molecular dynamics simulation data" @default.
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- W2991730143 cites W1666089753 @default.
- W2991730143 cites W1991871174 @default.
- W2991730143 cites W1996442036 @default.
- W2991730143 cites W1996760881 @default.
- W2991730143 cites W2000582704 @default.
- W2991730143 cites W2005384265 @default.
- W2991730143 cites W2024955711 @default.
- W2991730143 cites W2027408635 @default.
- W2991730143 cites W2031703036 @default.
- W2991730143 cites W2063517436 @default.
- W2991730143 cites W2067961766 @default.
- W2991730143 cites W2069234978 @default.
- W2991730143 cites W2071999855 @default.
- W2991730143 cites W2072805423 @default.
- W2991730143 cites W2074571811 @default.
- W2991730143 cites W2087746185 @default.
- W2991730143 cites W2095945596 @default.
- W2991730143 cites W2096991082 @default.
- W2991730143 cites W2100732991 @default.
- W2991730143 cites W2128508283 @default.
- W2991730143 cites W2131229455 @default.
- W2991730143 cites W2135620302 @default.
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- W2991730143 cites W2152153922 @default.
- W2991730143 cites W2158263181 @default.
- W2991730143 cites W2160815766 @default.
- W2991730143 cites W2185130221 @default.
- W2991730143 cites W2283856879 @default.
- W2991730143 cites W2313073664 @default.
- W2991730143 cites W2326944431 @default.
- W2991730143 cites W2329982890 @default.
- W2991730143 cites W2337820794 @default.
- W2991730143 cites W2340750775 @default.
- W2991730143 cites W2369662093 @default.
- W2991730143 cites W2427532354 @default.
- W2991730143 cites W2444253297 @default.
- W2991730143 cites W2464574429 @default.
- W2991730143 cites W2506873566 @default.
- W2991730143 cites W2523443381 @default.
- W2991730143 cites W2562693673 @default.
- W2991730143 cites W2568272035 @default.
- W2991730143 cites W2593381750 @default.
- W2991730143 cites W2752281158 @default.
- W2991730143 cites W2755310808 @default.
- W2991730143 cites W2764175975 @default.
- W2991730143 cites W2788917087 @default.
- W2991730143 cites W2789834888 @default.
- W2991730143 cites W2790388772 @default.
- W2991730143 cites W2793034570 @default.
- W2991730143 cites W2794768171 @default.
- W2991730143 cites W2800161634 @default.
- W2991730143 cites W2800305169 @default.
- W2991730143 cites W2805961763 @default.
- W2991730143 cites W2810225151 @default.
- W2991730143 cites W2883588050 @default.
- W2991730143 cites W2884131801 @default.
- W2991730143 cites W2887830264 @default.
- W2991730143 cites W2898277665 @default.
- W2991730143 cites W2899639594 @default.
- W2991730143 cites W2900994549 @default.
- W2991730143 cites W2903169970 @default.
- W2991730143 cites W2908121280 @default.
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- W2991730143 doi "https://doi.org/10.1016/j.apsusc.2019.144914" @default.
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