2020/11/26

Here we demonstrate that it is possible to control triplet dynamics by coupling organic molecules to lanthanide-doped inorganic insulating nanoparticles.

2020/10/1

This work shows how to improve the energy dissipation of open-cell polyurethane (PU) foams by creating multilayered graphene oxide (GO) nano-architectures onto the struts via a modified dip-coating process.

2020/3/23

We reveal that ultrastable laurionite-type Pb(OH)Br can spontaneously encapsulate the RDPs in their formation solution without introducing any additional chemicals, forming RDP@Pb(OH)Br core–shell microparticles.

2020/9/10

we demonstrate the stabilization of a thin Li-metal anode in commercial carbonate electrolyte, which is economically and technically favorable for high-energy-density batteries.

2020/9/2

we prohibit the formation of the ultrasensitive SERS sites to achieve a high quantification capability through separating the gold (Au) nanorods from approaching each other with thick metal organic framework (MOF) shells.

2020/9/1

we report the rational design of an intraparticle-surface energy transfer (i-SET) process, analogous to high doping concentration-induced surface quenching effects, to realize single-molecule sensing by nanoparticle probes.

2019/11/11

We have developed a general concept to prepare metallic porous surfaces with exceptionally powerful wettability switch capabilities and liquid-repellent properties through an extremely simple one-step electrochemical deposition process.

2018/10/11

The controllable electrochemical fabrication of well‐defined silver‐oxide clathrate micro/nanostructures is realized by intentionally manipulating the previously neglected electrocarving process during electrodeposition growth.

2015/3/9

2016/3/25

2017/11/7

2017/12/24

Metal-organic frameworks and their derived materials for electrochemical energy storage and conversion: Promises and challenges