Work Area

Halomanganates, redox flow batteries

Oxymethylenedimethylether 

sustainable catalysis

Protoelectric Potential Map, liquid junction potential, Silver ion transfer Gibbs energies

Ionic Liquids, Redox Flow Battery, Electrochemistry, Mg- and Al-Battery

Electrochemistry, PPM, Ionic Liquids, Novel ILSB

One Step DME-Synthesis - Heterogenous Catalysis

Cluster Cations, F-Chemistry, Fluorinated Carborates

Electrochemistry, PPM, Reversible Hydrogen Electrodes, ILSB, Proton Transfer Gibbs Energies

Towards Gold-Dinitrogen Complexes, Nickel Carbonyl Cations

Oxymethylenedimethylether 

sustainable catalysis

Anode and Cathode Protection in Li-Ion- and Li-Metal-Batteries

 Li Battery

Quantum Chemial Calculations for the PPM, Single Ion Gibbs Transfer Energies

Bio-DME-Project, Heterogenous Catalysis towards One Step DME Synthesis

Reactive Cations of Group 2 to 5, Application in Polymerisation Chemistry and homogeneous Catalysis

F-Chem, Fluorinated Carborates for Reactive Cations

Using 'naked' Co[I]-Cations for Synthesis and Bond Activation

Protection of Cathode Active Materials for Batteries and depositions on Silicon Surfaces

Heterogeneous Catalysis towards sustainable Methanol Synthesis from CO₂ and H₂

Ammoniumyl Radical Cations as Innocent Deelectronators

Ga(I)-Cluster Chemistry and -Catalysis @ Hydrosilylation

Theoretical studies investigating the mechanism of Methanol-Synthesis from  CO₂ and H₂

Generation of Reactive Cations by Means of Innocent Deelectronators and Weakly Coordinating Anions