What is the most favorite and original chemistry developed in your research group?We originally proposed the design principle for molecular ferroelectrics:ferroelectrochemistry,including quasi-spherical theory,the int...What is the most favorite and original chemistry developed in your research group?We originally proposed the design principle for molecular ferroelectrics:ferroelectrochemistry,including quasi-spherical theory,the introduction of homochirality,and H/F substitution.Ferroelectrochemistry changed the blind search for molecular ferroelectrics into targeted chemical design,which will develop into a new discipline.展开更多
Alternating current(AC)electrolysis is a promising,yet challenging,and under-developed protocol in organic synthesis.To achieve as high an atomefficiency as possible and avoid the use of external oxidant,electrochemis...Alternating current(AC)electrolysis is a promising,yet challenging,and under-developed protocol in organic synthesis.To achieve as high an atomefficiency as possible and avoid the use of external oxidant,electrochemistry has become a standard organic synthesis tool.Herein,an AC-basedprotocol is a superior option than its counterpart,direct current(DC),especially for those reactions that cannot be accomplished by DC.展开更多
基金supported by the National Natural Science Foundation of China(21991142,21831004,91856114,and 22175082)。
文摘What is the most favorite and original chemistry developed in your research group?We originally proposed the design principle for molecular ferroelectrics:ferroelectrochemistry,including quasi-spherical theory,the introduction of homochirality,and H/F substitution.Ferroelectrochemistry changed the blind search for molecular ferroelectrics into targeted chemical design,which will develop into a new discipline.
基金supported by the National Natural Science Foundation of China(no.22031008)and the Science Foundation of Wuhan(no.2020010601012192).
文摘Alternating current(AC)electrolysis is a promising,yet challenging,and under-developed protocol in organic synthesis.To achieve as high an atomefficiency as possible and avoid the use of external oxidant,electrochemistry has become a standard organic synthesis tool.Herein,an AC-basedprotocol is a superior option than its counterpart,direct current(DC),especially for those reactions that cannot be accomplished by DC.
