%0 Generic %1 lelong2013error %A LELONG, T %A THOMAS, P %A MlRY, C %A MAGNE, I %A TANG, Z %A MENACH, Y.LE %A PIRIOU, F %A SCORRETTI, R %A BURAIS, N %A CREUSE, E %D 2013 %K Element Finite Numerical dosimetry error estimator. method %T Error estimation in the computation of induced currents of human body %X Many tools and computational phantoms exist for numerical dosimetiy of electromagnetic fields. However. the reliability of such a modelling is still an issue. In this work we present some a priori and a posteriori error estimators. Some applications to the theoretical computation of induced currents by ELF magnetic field are shown.

@conference{lelong2013error, abstract = {Many tools and computational phantoms exist for numerical dosimetiy of electromagnetic fields. However. the reliability of such a modelling is still an issue. In this work we present some a priori and a posteriori error estimators. Some applications to the theoretical computation of induced currents by ELF magnetic field are shown.}, added-at = {2021-02-12T13:05:45.000+0100}, author = {LELONG, T and THOMAS, P and MlRY, C and MAGNE, I and TANG, Z and MENACH, Y.LE and PIRIOU, F and SCORRETTI, R and BURAIS, N and CREUSE, E}, biburl = {https://www.bibsonomy.org/bibtex/2950b342151710ed06597507a4e034b0f/ceps}, interhash = {37e4c8760fda1e674d6dae05e893f75c}, intrahash = {950b342151710ed06597507a4e034b0f}, keywords = {Element Finite Numerical dosimetry error estimator. method}, timestamp = {2023-12-20T14:33:19.000+0100}, title = {Error estimation in the computation of induced currents of human body}, year = 2013 }