Vortrag

Ligand Based C-H Bond Weakening for Synthesis and Electrocatalysis with Earth-Abundant Metals

Ligand Based C-H Bond Weakening for Synthesis and Electrocatalysis with Earth-Abundant Metals

Veranstaltungen

21.05.24

15:00 – 16:00

Bonn

Assistant Professor Demyan Prokopchuk

Rutgers University-Newark

The selective, efficient, and sustainable activation of carbon-hydrogen bonds continues to be a critical area of research. Current synthetic methodologies heavily rely on transition metal catalysts to mediate the reactivity of C-H bonds for making medicines, fuels, agrochemicals, and materials. Broadly speaking, we are interested in leveraging C-H bonds housed within chelating ligand frameworks to understand the fundamentals of C-H activation and discover new (electro)catalytic transformations.

Kontaktperson

Prof.Dr. Connie Lu

Prof.Dr. Connie Lu


Zu Ihrem Kalender hinzufügen

Ligand Based C-H Bond Weakening for Synthesis and Electrocatalysis with Earth-Abundant Metals
Ligand Based C-H Bond Weakening for Synthesis and Electrocatalysis with Earth-Abundant Metals
Ligand Based C-H Bond Weakening for Synthesis and Electrocatalysis with Earth-Abundant Metals
Ligand Based C-H Bond Weakening for Synthesis and Electrocatalysis with Earth-Abundant Metals
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Interessen

Alle Fachgebiete

Veranstaltungsdetails

21.05.24

15:00 – 16:00

Bonn

Assistant Professor Demyan Prokopchuk

Rutgers University-Newark


Kontaktperson

Prof.Dr. Connie Lu

Prof.Dr. Connie Lu


Zu Ihrem Kalender hinzufügen

Ligand Based C-H Bond Weakening for Synthesis and Electrocatalysis with Earth-Abundant Metals
Ligand Based C-H Bond Weakening for Synthesis and Electrocatalysis with Earth-Abundant Metals
Ligand Based C-H Bond Weakening for Synthesis and Electrocatalysis with Earth-Abundant Metals
Ligand Based C-H Bond Weakening for Synthesis and Electrocatalysis with Earth-Abundant Metals
In andere Kalender herunterladen