- · Preparation and excellent performance of flexible large spacing MXene membrane electrode by Natural sedimentation method
- · Wu Jin, Sun Yat-sen University, JMCC: salt infiltration to achieve ultra-stable, highly conductive, tensile and transparent ionic gel for high-performance temperature and strain sensing.
- · The latest Review of AM: programmable Mechanical active Hydrogel-based Materials
- · Weng Gengsheng of Ningbo University: dynamic coordinated control of multi-stimulus response of self-powered polymer hydrogels
- · Ti3C2Tx MXene nano-sheet / metal-organic frame composite
- · Liu Dongsheng et al. AM of Tsinghua University: highly permeable DNA supramolecular hydrogel to enhance the therapeutic effect of stem cells
- · 高效鈣鈦礦太陽(yáng)能電池的1D協(xié)同MXene納米管混合物
- · The first JACS Au hydrogel of Gifu University: preparation of aminoglycosyl supramolecular hydrogel with reduction response
- · Interface Assembly of a functional Ultra-thin MXene Film
- · Cascade targeted dual-drug delivery combined with chemoimmunotherapy based on enzyme-sensitive nano-platform
- · Bifunctional nanoenzymes activated by biofilm microenvironment for precise targeting of bacterial pathogens
- · Phenolic nanotechnology: multi-functional particle engineering for biomedicine
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