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- W4375947478 endingPage "101903" @default.
- W4375947478 startingPage "101903" @default.
- W4375947478 abstract "Metal hydrides (MHs) are widely recognized as promising materials for hydrogen storage owing to their high volumetric hydrogen density, low temperature and pressure requirements, and exceptional stability. However, the large weight of MHs limits their gravimetric density, thereby posing a significant challenge to their widespread application in the mobility sector. Without compensating for the weight of the reactor, the utilization of MHs in vehicles and mobile applications is expected to remain limited. Additionally, the heat transfer performance of the reactor significantly affects the hydrogen charging and discharging rates. A novel approach is proposed herein to improve the practicality and efficiency of MH-based hydrogen storage systems using triply periodic minimum surface (TPMS) structures as MH reactors and heat exchangers. In this study, a TPMS gyroid structure is fabricated and investigated experimentally. At a relatively low hydrogen charging pressure of 0.5 MPa and room temperature cooling, the proposed reactor with LaNi5 can store hydrogen at 0.6 wt% and reaches full hydrogen capacity within 1020 s. Utilizing the internal heat exchanger of the TPMS gyroid structure increases the absorption and desorption by up to 450% and 240%, respectively." @default.
- W4375947478 created "2023-05-10" @default.
- W4375947478 creator A5054709496 @default.
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- W4375947478 date "2023-07-01" @default.
- W4375947478 modified "2023-10-05" @default.
- W4375947478 title "Triply periodic minimal surface gyroid structure as effective metal hydride hydrogen storage reactor: Experimental study" @default.
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- W4375947478 doi "https://doi.org/10.1016/j.tsep.2023.101903" @default.
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