Publications by authors named "Huirong Kou"
Article Synopsis
- Ethylene glycol is a crucial industrial compound that poses environmental and health risks, necessitating effective sensing materials for monitoring its presence.
- The study presents a novel method to create InO@ZnO using MIL-68(In)@ZIF-8 as a template, resulting in a sensor with enhanced sensitivity to ethylene glycol.
- Results indicate that InO@ZnO demonstrates significant sensitivity with a response value of 200.12 (20 ppm), along with quick response/recovery times, attributed primarily to the beneficial effects of the heterojunction structure.
Using cetyltrimethylammonium bromide (CTAB) as the surfactant from the precursors of SnCl·2HO, the flower-shaped nano composite of tin oxide (SnO) is prepared by the simple eco-friendly hydrothermal method. We can see that the as-prepared SnO sample has a rutile phase crystal structure with regular-shaped nanosheets, and the nanosheets were cross-assembled to form nanoflowers. The band gap of the as-prepared SnO sample is 2.
View Article and Find Full Text PDF