T. Urbanietz | Research Data Repository

Determining Chemical Reaction Systems in Plasma-Assisted Conversion of Methane Using Genetic Algorithms

Project:

SFB 1316

Authors:

D. Reiser

A. von Keudell

T. Urbanietz

Plasma Chemical Processes

data

Oxygen removal from a hydrocarbon containing gas stream by plasma catalysis

Project:

SFB 1316

Authors:

T. Urbanietz

C. Stewig

M. Böke

A. von Keudell

Plasma Chemical Processes

zip

Dedicated setup to isolate plasma catalysis mechanisms

Project:

SFB 1316

Authors:

C. Stewig

T. Urbanietz

L. Chauvet

M. Böke

A. von Keudell

Plasma Chemical Processes

5x zip

Non-equilibrium excitation of CO2 in an atmospheric pressure helium plasma jet

Project:

SFB 1316

Authors:

T. Urbanietz

M. Böke

A. von Keudell

Plasma Chemical Processes

csv

Excitation and dissociation of CO2 heavily diluted in noble gas atmospheric pressure plasmas

Project:

SFB 1316

Authors:

C. Stewig

S. Schüttler

T. Urbanietz

M. Böke

A. von Keudell

Plasma Chemical Processes

4x xlsx