Detail publikace

Modelling of energy processes in intensively blasted electric arc. Impaktovaný časopis IF 0.263:

Originální název

Modelling of energy processes in intensively blasted electric arc. Impaktovaný časopis IF 0.263:

Anglický název

Modelling of energy processes in intensively blasted electric arc. Impaktovaný časopis IF 0.263:

Jazyk

en

Originální abstrakt

By means of mathematical-physical model the measurements on the experimental arc heater with argon as a working gas are investigated. Basic principles of the model are mass and energy conservation equations and Ohm’s law. The input data are experimentally obtained quantities of the arc current I(50-200A) and voltage U( 100V), the mass flow rate of working gas G (up to 22g/s), energy losses of the anode channel Pz and material functions of argon. The measurements been made on the experimental arc heater (plasmatron) that allows the determination of the energy losses of its individual segments.

Anglický abstrakt

By means of mathematical-physical model the measurements on the experimental arc heater with argon as a working gas are investigated. Basic principles of the model are mass and energy conservation equations and Ohm’s law. The input data are experimentally obtained quantities of the arc current I(50-200A) and voltage U( 100V), the mass flow rate of working gas G (up to 22g/s), energy losses of the anode channel Pz and material functions of argon. The measurements been made on the experimental arc heater (plasmatron) that allows the determination of the energy losses of its individual segments.

BibTex


@article{BUT42307,
  author="Jaroslav {Heinz} and Josef {Šenk}",
  title="Modelling of energy processes in intensively blasted electric arc. Impaktovaný časopis IF 0.263:",
  annote="By means of mathematical-physical model the measurements on the experimental arc heater with argon as a working gas are investigated. Basic principles of the model are mass and energy conservation equations and Ohm’s law. The input data are experimentally obtained quantities of the arc current I(50-200A) and voltage U( 100V), the mass flow rate of working gas G (up to 22g/s), energy losses of the anode channel Pz and material functions of argon. The measurements
been made on the experimental arc heater (plasmatron) that allows the determination of the energy losses of its individual segments.",
  address="ÚFP AV ČR",
  chapter="42307",
  institution="ÚFP AV ČR",
  journal="Czechoslovak Journal of Physics",
  number="54-C",
  volume="2004",
  year="2004",
  month="june",
  pages="702",
  publisher="ÚFP AV ČR",
  type="journal article"
}