Overview

Our research combines materials with specific functions for medical use ,catalytic degradation and hydrogen production. We are developing methods to improve treatment concepts, laboratory processes and materials for environmental applications.

Flame Spray Pyrolysis(FSP)-Scale up FSP Reactor-Production of Particles

Flame

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  • Single-Double Nozzle FSP
  • NanoHeterostructure Manufacturing
  • Nanocoating
  • Nano-film
  • Nanocluster

For examples of work in these areas see below

 

Electron Paramagnetic Resonance (EPR)

Electron Paramagnetic Resonance
  • Transient  Catalytic Intermediates Traping-detection
  • Half-Integer Spin EPR(Perpendicular mode cavity)
  • Integer Spin EPR (Parallel mode cavity)
  • High Temperature EPR (300-1000K)
  • Photophysics-Photochemistry EPR
  • Surface Interface Probing by Nitric Oxide(NO)

For examples of work in these areas see below

 

Catalysis-Energy Applications of Nanomaterials

 

Energy Applications of Nanomaterials

  

For examples of work in these areas see below

 

Environmental Applications Heavy Metal-Metalloid Remediation

Environmental Applications
  • Square Wave-Anodic Stripping Voltammetry(SW-ASV)
  •  Square Wave-Cathodic Stripping Voltammetry(SW-CSV)
  •  Arsenite Remediation
  •  Lead(Pb),Copper(Cu),Cadmium(Cd),Zinc(Zn) Remediation.
  • Surface Complexation Modelling(FITQEL)

For examples of work in these areas see below

 

Natural Materials-Humic Polymers

HumicAcid
  • Humic-Particle Nanohybrids
  • Electron Transfer Dynamics
  • Environmental Humic-Nano Dynamics
  • Antioxidants

For examples of work in these areas see below