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Unveiling the nanoalloying modulation on hydrogen evolution activity of ruthenium-based electrocatalysts encapsulated by B/N co-doped graphitic nanotubes,
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2022[72]
Aftab, W.,Shi, J.,
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Molecularly elongated phase change materials for mid-temperature solar-thermal energy storage and electric conversion,
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52,
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2022[73]
Wu, Y.,
Cheng, J.,Liang, Z.,Qiu, T.,Tang, Y.,Shi, J.,Gao, S.,
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Construction of CoS-encapsulated in ultrahigh nitrogen doped carbon nanofibers from energetic metal-organic frameworks for superior sodium storage,
Carbon,
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2022[74]
Usman, A.,
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Emerging Solid-to-Solid Phase-Change Materials for Thermal-Energy Harvesting, Storage, and Utilization,
Advanced Materials,
2022,
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2022[75]
Tang, Y.,
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Boosting the electrochemical energy storage and conversion performance by structural distortion in metal–organic frameworks,
Chemical Engineering Journal,
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443,
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Tabassum, H.,
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Surface engineering of Cu catalysts for electrochemical reduction of CO2 to value-added multi-carbon products,
Chem Catalysis,
2022,
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2022[77]
Qin, M.,
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Phase-change materials reinforced intelligent paint for efficient daytime radiative cooling,
iScience,
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2022[78]
Wang, X.,
Liu, Z.,Li, G.,Jiang, G.,Zhao, Y.,Li, L.,Li, K.,Liang, G.,Gao, S.,
Xi, H.,Li, S.,Zou, R.,
High-efficiency capture of ammonia using hierarchically porous Zr-MOF nanoarchitectures under ambient conditions: Thermodynamics, kinetics, and mechanisms,
Chemical Engineering Journal,
2022,
440,
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2022[79]
Liang, Z.,Qiu, T.,
Cheng, J.,Tang, Y.,Wu, Y.,Shi, J.,
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Nanoconfining red phosphorus within MOF-derived hierarchically porous carbon networks for high performance potassium storage,
Materials Chemistry Frontiers,
2022,
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16,
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2022[80]
Zhang, P.,Tang, X.,
Zhang, C.,Gao, D.,Wang, X.,Wang, Y.,Guo, W.,Zou, R.,Han, Y.,Lin, X.,Dong, X.,Li, K.,Mao, H.-k.,
Zheng, H.,
Pressure-Induced Hydrogen Transfer in 2-Butyne via a Double CH··· π Aromatic Transition State,
The Journal of Physical Chemistry Letters,
2022,
13,
18,
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