TURBULENCE IN 2-DIMENSIONAL FORCED ELECTRON-MAGNETOHYDRODYNAMICS

2D-EMHD turbulence is studied in the freely decaying case and in the r andom forced one. The analogue of the Kolmogorov's four-fifths law [3] is derived under the assumptions of statical homogeneity and isotropy . Direct numerical simulations show that it holds true for different v alues of the adimensional electron inertial length scale d(e). In the d(e) similar to 1 regime, the energy spectrum is found to be close to the Kolmogorov spectrum.