Xuan Luo

[Raston Lab @RastonLab]

Congratulations to the research team - A fast and sustainable technique for catalytically degrading organic dyes under flow in the vortex fluidic device – published in ACS Appl. Nano Mater. https://t.co/tFwbtywz6B

[Xuan Luo @Xuan_Luo12]

I was fortunate enough to receive the Emerging Research Leader Early Career Researcher Award. I am so thankful to everyone who supported me through my career development. I thank @Flinders @FlindersCSE for such an incredible opportunity! And @RastonLab for the years' support!

[Raston Lab @RastonLab]

Unravelling how immiscible liquids behave under shear in the vortex fluidic device - high mass transfer across the phases with mixing at nm dimensions, from >100,000 experiments involving 20 authors!

https://t.co/E9XofS864d

https://t.co/Rd96O3suGh

[BLiSS_emcr @BLiSS_emcr]

"Most people don't listen with the intent to understand but the intent to reply." Networking take home message to consider when you're having a conversation 👥 #BLiSSAdelaide2021

[Raston Lab @RastonLab]

How do make fluorescent polymer nanoparticles under flow? Use the vortex fluidic device, as detailed in our recent paper in ChemPhotoChem.

[Raston Lab @RastonLab]

Making carbon nano-dots under flow – expanding the applications of the vortex fluidic device. Just come out in RSC’s journal Reaction Chemistry and Engineering
https://t.co/sxYIorfbaq