By adjusting electrochemical conditions, we access haliranium-mediated C–O bond or amidyl-radical-driven C–N bond formation, supported by CV, kinetic, and computational studies.
By adjusting electrochemical conditions, we access haliranium-mediated C–O bond or amidyl-radical-driven C–N bond formation, supported by CV, kinetic, and computational studies.
We are hiring a postdoc in electroorganic synthesis with 3d transition metal catalysis.
The position starts on September 1 or October 1. Applications are due by July 18.
Please see details: choi.cbnu.ac.kr
#Chempostdoc #Chemsky @chemjobber.bsky.social
We are hiring a postdoc in electroorganic synthesis with 3d transition metal catalysis.
The position starts on September 1 or October 1. Applications are due by July 18.
Please see details: choi.cbnu.ac.kr
#Chempostdoc #Chemsky @chemjobber.bsky.social