Publications from 2021 to 2026
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Engineering oxygen vacancies and curled ultrathin architecture in ZnO nanosheets for efficient U(VI) removal under acidic conditions
The effects of secure attachment priming on risk-taking behavior in the context of ostracism
Computer-aided diagnosis of papillary thyroid carcinoma based on deep learning technology.
BCA-IML: Bidirectional cross-attention guided multi-scale feature fusion for image manipulation localization
Tailoring the active phase in MoS2 as an efficient catalyst for the selective hydrogenation conversion of CO2/H2S to methanethiol
Light-driven host-guest supramolecular transport engineering an antibacterial trap switch.
Reticular Design of Hydrogen-Bonded Organic Frameworks (HOFs): From Structure Tuning to Function Customization.
Hydrogen-bonded organic frameworks (HOFs) have emerged as a distinctive class of porous crystalline materials assembled through directional yet reversible H-bonds. Their mild synthesis, dynamic structural behavior, and recyclability distinguish them from metal- and covalent-organic frameworks, while also presenting challenges in achieving targeted synthesis. The incorporation of reticular chemistry has gradually transformed HOFs from empirical assemblies into systems governed by design principles. This minireview discusses the evolution from molecular connectivity to topological design, emphasizing how directional H-bond pairs and well-defined tecton geometry enable the construction of predictable and stable frameworks. It further summarizes recent advances in reticular strategies for enhancing stability, tuning pore environment and functionality, and introducing framework flexibility through reticular design. Together, these developments illustrate how the rational control of weak interactions is guiding HOF chemistry toward programmable, multifunctional porous materials.
Read moreIntermittent hydrothermal preparation of sodium-modified rectorite with excellent adsorption properties for removal of organic pollutants
3A multifunctional manganese-based nanozyme platform for synergistic hypoxia alleviation and cholesterol depletion to potentiate STING-mediated cancer immunotherapy.
Balancing Na-ion adsorption-diffusion in carbon aerogels via acid/base co-regulation for superior sodium storage
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