Zhichao Dong(董智超)

Technical Institute of Physics and Chemistry (CAS); Biomimetic Materials & interfacial science; Superwettability; Peristome-mimetic surfaces

[Zhichao Dong(董智超) @ZCDongIPC]

Bioinspired superwetting oil–water separation strategy: toward the era of openness - now published in Chemical Society Reviews https://t.co/AOtL2D9FM1

[Zhichao Dong(董智超) @ZCDongIPC]

Bioinspired superwetting oil–water separation strategy: toward the era o... https://t.co/9mfmtlQ5ww via
@YouTube

[Zhichao Dong(董智超) @ZCDongIPC]

Our new research article focuses on the oil-water separation by a biomimetic method. Dual-bionic superwetting gears with liquid directional steering for oil-water separation https://t.co/9lTpFx2i0K

[Zhichao Dong(董智超) @ZCDongIPC]

Bioinspired superwetting oil–water separation strategy: toward the era o... https://t.co/9mfmtlQ5ww via
@YouTube

[Zhichao Dong(董智超) @ZCDongIPC]

Read my latest @JMaterChemA article here - part of the 2024 @JMaterChem A Emerging Investigators themed collection https://t.co/TEqxJimt7j

[Zhichao Dong(董智超) @ZCDongIPC]

Bioinspired superwetting oil–water separation strategy: toward the era o... https://t.co/9mfmtlQ5ww via @YouTube

[Zhichao Dong(董智超) @ZCDongIPC]

https://t.co/FmjAXV8GsL

[Zhichao Dong(董智超) @ZCDongIPC]

Bioinspired superwetting oil–water separation strategy: toward the era of openness - now published in Chemical Society Reviews https://t.co/AOtL2DadBz

[Zhichao Dong(董智超) @ZCDongIPC]

Our new research uses leaf curvature to control drip irrigation. https://t.co/nY5Yg5H5li

[Nature Communications @NatureComms]

Drip irrigation mitigates water shortage, yet suffers from high flow resistance and blockage. Liu et al. design a drip irrigation mechanism inspired by bodhi leaf morphology that can enhance water saving and seedling growth.
https://t.co/SCqhroVdQW

[Zhichao Dong(董智超) @ZCDongIPC]

Our new research: Viscous-capillary entrainment on bioinspired millimetric structure for sustained liquid transfer | Science Advances https://t.co/1aCmRRL1co

[Zhichao Dong(董智超) @ZCDongIPC]

Our recent review focusing on overflow (teapot effect) is on-line now. Overflow Control for Sustainable Development by Superwetting Surface with Biomimetic Structure https://t.co/0rRZSvCLJO

[Zhichao Dong(董智超) @ZCDongIPC]

Do you remember when you joined Twitter? I do! #MyTwitterAnniversary

[Zhichao Dong(董智超) @ZCDongIPC]

You can use your finger to direct the drop motion. @softmatter https://t.co/sRlnXgG97U

[吴磊 @wulei19890106]

Thanks for choosing as editor's highlight！
More Information can be found here：
https://t.co/WB6sDzlFuw

[Zhichao Dong(董智超) @ZCDongIPC]

@RobertFinger1 @NatureFoodJnl @ethzWFSC @ETH_en @aecp_eth @studerbr @pego_group @ursnigglifibl @INRAE_France @cb_eth Reducing the pesticide application amount is quite important for advancing pesticide policies. https://t.co/WFu24x3gZV

[Zhichao Dong(董智超) @ZCDongIPC]

Scientists fabricate controllable 3D structures from a single droplet https://t.co/nNWxC2kNE2

[Zhichao Dong(董智超) @ZCDongIPC]

@JenniferALewis1 @LibertySciCtr @Harvard @wyssinstitute @hseas @IllinoisMatSE @MIT Congratulations Jennifer!

[Zhichao Dong(董智超) @ZCDongIPC]

One-droplet 3D Printing https://t.co/2tRbXknGAO

[Zhichao Dong(董智超) @ZCDongIPC]

Our new research that fouced on Continuous 3D printing from one single droplet https://t.co/p20Tr2lqTN