Two-Dimensional MOF –Based Materials: Preparations and Applications as Electrodes in Li-ion Batteries
In this work, we categorize 2D MOF-based materials into three distinct groups: pristine 2D MOFs, 2D MOF-derived materials, and 2D MOF hybrid materials. The synthesis methods for each group, along with their specific applications as electrode materials in lithium-ion batteries, are discussed in detail. This comprehensive review provides timely insights into the potential of 2D MOFs while highlighting the opportunities and challenges that are present in this evolving field.

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Reassessing the existence of soft X-ray correlated plasmons
In this work, we show that our analysis suggests that the data regarding the observation of anomalous soft X-ray correlated plasmons with low loss in MoS2 are inconclusive. This is due to non-compliance with optical sum-rules and disagreement with expected optical constants for MoS2 based on tabulated atomic scattering factors of Mo and S. These discrepancies signal the necessity for a critical reassessment of the evidence for soft X-ray correlated plasmons in transition metal dichalcogenides (TMDs) including MoS2.

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Diamond Magnetometry: a Quantum Sensing Technique
November 21, 2022

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Nanoinformatics: The way forward
March 10, 2022 (19 Esfand 1400)

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Low electrostatic bending stiffness of graphene oxide sheets determines the conformation and consequently their environmental fate in aquatic environments
December 7, 2021

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