Research by Zhen Li's team.
#WuhanUniversity
Authors achieve high-temperature afterglow and acid/base-responsive behavior by combining RTP units with phenolic hydroxyl groups to enable strong hydrogen bonding and active-hydrogen reactivity in crystals.
doi.org/10.1039/D5QM00700C
#WuhanUniversity researchers developed a new framework that could help #robots manipulate objects more easily, #grasping objects with a 87% success rate. interestingengineering.com/ai-robotics/...
Wuhan University's Core Facility has successfully installed a Bruker 800 MHz solid-state wide-bore NMR system, marking a new phase in the university's development of high-end research facilities.
Read more (website in Chinese): goto.bruker.com/4lzbAPk
#Bruker #WuhanUniversity #SolidStateNMR #NMR
#Journals | #EPJAppliedPhysics
"The reliability impact of N doping on the HfO2 charge-trapping layer: a first-principles study"
✍️Fengyu Ye_from #WuhanUniversity
👀Explore the cutting-edge research in material science and semiconductor technology!
➡️ bit.ly/3WWSf0v
#EDPSciences #OpenAccess#Physic
#Journals | EPJ Applied Physics_ #Article
"The reliability impact of N doping on the HfO2 charge-trapping layer: a first-principles study" Fengyu Ye
#WuhanUniversity
➡️ bit.ly/3WWSf0v
#EDPSciences #Research #MaterialScience #Nanotechnology #Physics #ElectronicMaterials #AppliedPhysics
#Journals | #EPJ Applied Physics
"The reliability impact of N doping on the HfO2 charge-trapping layer: a first-principles study"
✍️Fengyu Ye_from #WuhanUniversity
👀Explore the cutting-edge research in material science and semiconductor technology!
➡️ bit.ly/3WWSf0v
#EDPSciences #OpenAccess