FengMing

Student

[FengMing @FengMing2802]

@JMaterChem @RoySocChem Thanks for the question.
Prior to the outstanding electrocatalytic results achieved by the self-supporting system, it has inspired me to look for other potential materials that could go beyond that.

#RSCMat
#RSCCat
#RSCNano

[FengMing @FengMing2802]

Hi Everyone! I'm FengMing from Xiamen University Malaysia. This is my #RSCPoster Self-supported Electrocatalyst for pH-Universal Water Splitting highlighting recent advances in #greentech.
Get the details in this thread. ⚗️🧪
@RoySocChem #RSCEnergy #RSCMat #RSCNano #RSC2023

[FengMing @FengMing2802]

@licascience @RoySocChem Thanks Adrian.
For GO synthesis, standard Hummer’s method has been utilised. Subsequently, aiming to harness the N-doping effect, hydrothermal reaction with urea, CO(NH₂)₂ is established. Prior to high-temp effect, it reduced the GO and eventually form N-doping rGO.
#RSCMat

[FengMing @FengMing2802]

@RSC_Energy @RoySocChem Thanks for the question.
In fact, the materials could involve toxic release and high-temp synthesis that posing environment risks. Thus, while having promising green application, the potential env impact should be carefully managed to ensure sustainable use.
#RSCEnv #RSCEng

[FengMing @FengMing2802]

@Jian_Yiing @RoySocChem Your work is incredible!!!

[FengMing @FengMing2802]

#RSCPosterPitch