Publications:
Janda M., Martišovitš V., Morvová M., Machala Z., Hensel K.: Monte Carlo Simulations of Electron Dynamics in N_{2}/CO_{2} Mixtures, accepted in Eur. Phys. J. D (2007)
abstract 
Janda M.: The Study Of Plasma Induced Chemistry In Gaseous Mixture N_{2}CO_{2}H_{2}O, Thesis, Comenius University Bratislava, Universität Innsbruck (2006)
abstract 
Janda M., Hensel K., Martišovitš V., Morvová M.: Theoretical Study of Influence of H_{2}O on Parameters of LowTemperature Plasmas in Humid Mixtures, Czech. J. Phys., 56, B774B780 (2006).
abstract 
Janda M., Machala Z., Morvová M., Franček V., Lukáč P.: WEBEEDF: Open Source Software for Modeling the Electron Dynamics, Acta Phys. Slovaca 55, 507514 (2005).
abstract 
Do not hesitate to contact me to obtain any of these publications. 
Data:
N_{2}CO_{2} mixture
Matrixes with fitting coefficients which enable a calculation of the electron mean energy,
drift velocity of electrons, mean free path of electrons, collision frequency of electrons
with neutrals and selected electronimpact reactions in N_{2}CO_{2} mixture as functions of reduced electric field strength (E/N)) and concentration of N_{2}:
n2co2_matrixes.dat, n2co2_matrixes.ods
Read following paper for more information:
Janda M., Martišovitš V., Morvová M., Machala Z., Hensel K.: Monte Carlo Simulations of Electron Dynamics in N_{2}/CO_{2} Mixtures, accepted in Eur. Phys. J. D (2007)
Since this paper was not published yet, please contact me to obtain a draft version.

Examples:
As for example I present here some results from calculations in dry air (80% N_{2} and 20% O_{2}) and pure N_{2} and O_{2} performed at normal conditions (293 K, 101315 Pa) with 20 million computational cycles. Calculations in these gases also served for the verification of WebEEDF algorithm, since I could compare these results with
literature.

Normalised EEDFs as functions of reduced field strength in dry air.


Comparison of calculated drift velocity of electrons in dry air with data found in the literature.
Babaeva et al.: Babaeva N. Yu., Kulilovski A. A., Mnatsakanyan A. Kh., Naidis G. V. and Solosolov M.Yu., The streamer propagation models in N_{2}O_{2} mixtures and flue gas, research report IVTAN ANRA 93/2, Moscow, Russia, 1993
Verhaart: Verhaart H. F. A., Kema Scient. Tech. Rep., 7 (1989) 377


Comparison of calculated mean energy of electrons in pure N_{2} and O_{2} with data found in the literature.
Siglo: The Siglo Data base, CPAT and Kinema Software, http://www.siglokinema.com


Branching of electron energy to various electronimpact processes in dry air as a function of reduced electric field strength.
vib  vibrational excitation of molecules
exc  electronic excitation of molecules
ion  electronimpact ionization



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