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Benjamin Mockenhaupt

Group leader

Room:                     NETZ 1.16

Telephone:             0203/379-8116

E-Mail:                     benjamin.mockenhaupt@uni-due.de 

Curriculum vitae:   Curriculum vitae of Benjamin Mockenhaupt

Links:                       Logo von LinkedIn​   Logo von Google scholar  

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Jing Li

Post doctoral researcher

Room:                 NETZ 4.09a

Telephone:        0203/379-8119

E-Mail:                jing.li@uni-due.de

Logo of Natural Water to Hydrogen project​​​

Research topic: Catalyst stability and surface mechanisms on water-splitting electrodes for natural water applications.

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Varatharaja Nallathambi

PhD-Student

Room:                 NETZ 4.09a

Telephone:        0203/379-8117

E-Mail:                varatharaja.nallathambi@uni-due.de

​Links:                  Logo von Google scholar   Logo des Max-Planck-Instituts

Ein Wissenschaftler schaut mit einer Lupe in einen Raum mit vielen Wassertropfen die jeweils einen Feststoff bestehend aus vielen kleinen bunten Kugeln enthalten. Im Hintergrund sind dann Runde Kreise zu erkennen gefüllt mit vielen kleinen bunten Kugeln mit einem Digaramm für zunehmende Temperatur von rechts nach links und zunehmende Zeit von links nach rechts unterhalb der Kreise.

Research topic: Reactive pulsed-laser synthesis of high entropy alloys

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Dana Schellenburg

PhD-Student

Room:                 NETZ 1.19

Telephone:        0203/379-8122

E-Mail:                dana.krenz@uni-due.de

Research topic: Doped transition metal oxide catalysts from pulsed laser post-procesing of nano-particles and thin films

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Philipp Lemm

PhD-Student

Room:                 NETZ 1.19

Telephone:        0203/379-8122

E-Mail:                philipp.lemm@uni-due.de

Atoms are introduced by laser beam into nanoparticel surface. Right side: Enhanced activity of the water splitting due to doping and increase  stability in water splitting. Below: the path of renewable energy from green electicity, green photons, green catalysts to green Hydrogen.

Research topic: Laser induced nanoparticle surface doping of NiFe catalysts for improved water splitting activity and stability

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Jan Söder

PhD-Student

Room:                 NETZ 4.09a

Telephone:        0203/379-8119

E-Mail:                jan.soeder@uni-due.de

Research topic: Mechanisms and scalability of single-step nanoparticle synthesis and deposition onto support materials via pulsed laser ablation in liquids, using multinary alloys composed of more than five platinum group metals.

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Florian de Kock

Technician

Room:                 NETZ 4.09

Telephone:        0203/379-8223

E-Mail:                florian.dekock@uni-due.de

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Research topic: Effects of organic molecules on catalyst performance during electrochemical water-splitting

Expertise:           Alloy preparation via arc melting, particle size analysis at atomic resolution using analytical ultracentrifugation, structural analysis through X-ray diffraction (XRD), morphological characterization via scanning electron microscopy (SEM), colloid synthesis by laser techniques, 3D printing, and electrocatalysis.