Bibtex entry:

@inproceedings{Eurosensors04:Don,
  key  ={Eurosensors04:Don},
  title={Investigation on the Electrohydrodynamic Forces in a Lab-on-a-Chip},
  author={D.Donato and A.Leonardi and M.Rudan},
  journal={Eurosensors},
  number={18},
  month={September},
  pages={576-577},
  year={2004},
  keywords={Lab-on-a-Chip Dielectrophoresis Electrohydrodynamic Modelling},
  abstract={A model for describing parasitic phenomena in Lab-on-a-Chip, based on AC dielectrophoresis, is proposed. Parasitic phenomena are generated by gradients in conduc-
tivity and permittivity that, coupled with high-strength AC electric fields, give rise to electrothermal forces, while gradients in mass density give rise to buoyancy forces. The resulting electrothermal forces cause a fluid flow motion that is calculated by analytical approximations that compare favorably with numerical solutions.},
}

Bibtex entry:

@inproceedings{Eurosensors04:Don,
  key  ={Eurosensors04:Don},
  title={Investigation on the Electrohydrodynamic Forces in a Lab-on-a-Chip},
  author={D.Donato and A.Leonardi and M.Rudan},
  journal={Eurosensors},
  number={18},
  month={September},
  pages={576-577},
  year={2004},
  keywords={Lab-on-a-Chip Dielectrophoresis Electrohydrodynamic Modelling},
  abstract={A model for describing parasitic phenomena in Lab-on-a-Chip, based on AC dielectrophoresis, is proposed. Parasitic phenomena are generated by gradients in conduc-
tivity and permittivity that, coupled with high-strength AC electric fields, give rise to electrothermal forces, while gradients in mass density give rise to buoyancy forces. The resulting electrothermal forces cause a fluid flow motion that is calculated by analytical approximations that compare favorably with numerical solutions.},
}

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