Litcius/Paper detail

Tetradecylamine/MXene/porous sorghum straw biochar composite with high latent heat for thermal energy storage and efficient photo-electro-thermal conversion

Lili Jiang, Wenqiang Zhang, Xiaoxu Ma, Yiming Wang, Xiaodong Chen, Zhengbiao Hu, Jianfa Jing, Haitao Yu

2026Journal of Energy Storage8 citationsDOI

Topics & Concepts

Latent heatComposite numberBiocharMaterials scienceThermal energy storageThermal conductivityAerogelStrawPorosityChemical engineeringWaste heatCarbon fibersEnergy storageThermal energySpecific surface areaComposite materialPhase-change materialTemperature cyclingPhase changeThermalSensible heatPhase (matter)Thermal stabilityRenewable energyEnergy transformationWork (physics)Energy conversion efficiencyChemistryPorous mediumPhase Change Materials ResearchMXene and MAX Phase MaterialsSupercapacitor Materials and Fabrication
Tetradecylamine/MXene/porous sorghum straw biochar composite with high latent heat for thermal energy storage and efficient photo-electro-thermal conversion | Litcius