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• W4313254976 endingPage "120549" @default.
• W4313254976 startingPage "120549" @default.
• W4313254976 abstract "2D MXene nanohybrid is a next-generation energy-storage material. Here, we demonstrate a novel thermochemical heat storage material using magnesium sulfate heptahydrate/titanium carbide and MXene (MgSO4/Ti3C2Tx) with improved hydration/dehydration enthalpy, superior thermal conductivity, good cyclic ability, maximum water sorption performance, and larger thermal energy conversion. The TG-DSC fitted with a Wetsys flow humidity generator shows outstanding thermal performance and larger hydration for MgSO4/Ti3C2Tx (1963 J/g) and dehydration (1861 J/g) enthalpies with 5 % fluctuation as compared to pure MgSO4 (38 %). The cyclicability results showed that MgSO4/MXene has good stability of TCMs across several charging/discharging cycles (up to 20 cycles), confirming that the MXene matrix avoids hydrated salt agglomeration and displays an average of 12 % fluctuation. This illustrates that prepared composites potentially improve storage performance. The MgSO4/Ti3C2Tx nanohybrid exhibit a better radiation absorption and 45 % longer backup than the pristine MgSO4 salt. TEM study revealed that maximum salt contents can be located in the interlayer gaps, predicted sheets thickness of the MgSO4/MXene layer to be 16 Å and the Ti3C2Tx layers to be 7.3 Å. Nanohybrid has stronger water sorption than MgSO4 due to MXene nanosheets larger interlayer gaps. The results conclude that the resultant MgSO4/MXene has excellent long-term thermal energy storage, photo-to-thermal conversion and larger water sorption performance. The study validates the effectiveness of nanohybrid material as a promising candidate for thermochemical heat storage applications and set to pave the way to explore other hybrid systems to improve the efficiency of thermochemical energy storage systems." @default.
• W4313254976 created "2023-01-06" @default.
• W4313254976 creator A5003791663 @default.
• W4313254976 creator A5008317658 @default.
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• W4313254976 creator A5089226546 @default.
• W4313254976 creator A5089682316 @default.
• W4313254976 creator A5091681177 @default.
• W4313254976 date "2023-02-01" @default.
• W4313254976 modified "2023-09-25" @default.
• W4313254976 title "Nanoengineering of MgSO4 nanohybrid on MXene substrate for efficient thermochemical heat storage material" @default.
• W4313254976 cites W1005565730 @default.
• W4313254976 cites W2000320449 @default.
• W4313254976 cites W2021304149 @default.
• W4313254976 cites W2031470336 @default.
• W4313254976 cites W2053448154 @default.
• W4313254976 cites W2068406285 @default.
• W4313254976 cites W2132085744 @default.
• W4313254976 cites W2139192419 @default.
• W4313254976 cites W2162638127 @default.
• W4313254976 cites W2177386927 @default.
• W4313254976 cites W2296472218 @default.
• W4313254976 cites W2397229479 @default.
• W4313254976 cites W2479485294 @default.
• W4313254976 cites W2552378606 @default.
• W4313254976 cites W2558709958 @default.
• W4313254976 cites W2591543035 @default.
• W4313254976 cites W2599237930 @default.
• W4313254976 cites W2604408294 @default.
• W4313254976 cites W2612583564 @default.
• W4313254976 cites W2621418170 @default.
• W4313254976 cites W2624347499 @default.
• W4313254976 cites W2740310874 @default.
• W4313254976 cites W2748717829 @default.
• W4313254976 cites W2749315853 @default.
• W4313254976 cites W2750572535 @default.
• W4313254976 cites W2754962891 @default.
• W4313254976 cites W2761581854 @default.
• W4313254976 cites W2761659029 @default.
• W4313254976 cites W2770709213 @default.
• W4313254976 cites W2779891031 @default.
• W4313254976 cites W2781985196 @default.
• W4313254976 cites W2788841185 @default.
• W4313254976 cites W2792913431 @default.
• W4313254976 cites W2798139782 @default.
• W4313254976 cites W2802721085 @default.
• W4313254976 cites W2803784572 @default.
• W4313254976 cites W2807190053 @default.
• W4313254976 cites W2807300487 @default.
• W4313254976 cites W2889336528 @default.
• W4313254976 cites W2899574019 @default.
• W4313254976 cites W2900399740 @default.
• W4313254976 cites W2911529504 @default.
• W4313254976 cites W2914913733 @default.
• W4313254976 cites W2922268160 @default.
• W4313254976 cites W2926195208 @default.
• W4313254976 cites W2932163527 @default.
• W4313254976 cites W2936600474 @default.
• W4313254976 cites W2944762272 @default.
• W4313254976 cites W2946384790 @default.
• W4313254976 cites W2946422155 @default.
• W4313254976 cites W2946654956 @default.
• W4313254976 cites W2949449262 @default.
• W4313254976 cites W2969701210 @default.
• W4313254976 cites W2970447397 @default.
• W4313254976 cites W2972085638 @default.
• W4313254976 cites W2979483815 @default.
• W4313254976 cites W2981624390 @default.
• W4313254976 cites W2986093468 @default.
• W4313254976 cites W2986363597 @default.
• W4313254976 cites W2987499806 @default.
• W4313254976 cites W3011705104 @default.
• W4313254976 cites W3018482733 @default.
• W4313254976 cites W3019135370 @default.
• W4313254976 cites W3019797957 @default.
• W4313254976 cites W3037192403 @default.
• W4313254976 cites W3042960282 @default.
• W4313254976 cites W3045089716 @default.
• W4313254976 cites W3045959983 @default.
• W4313254976 cites W3048550305 @default.
• W4313254976 cites W3090049846 @default.
• W4313254976 cites W3095038208 @default.
• W4313254976 cites W3097788528 @default.
• W4313254976 cites W3098554497 @default.
• W4313254976 cites W3133914179 @default.
• W4313254976 cites W3152934096 @default.
• W4313254976 cites W3211610003 @default.
• W4313254976 cites W3214052658 @default.
• W4313254976 cites W4280504769 @default.
• W4313254976 cites W4281291068 @default.
• W4313254976 cites W853983763 @default.
• W4313254976 doi "https://doi.org/10.1016/j.apenergy.2022.120549" @default.
• W4313254976 hasPublicationYear "2023" @default.
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