  The concept of inverse statistics in turbulence has attracted much attention
in the recent years. It is argued that the scaling exponents of the direct
structure functions and the inverse structure functions satisfy an inversion
formula. This proposition has already been verified by numerical data using the
shell model. However, no direct evidence was reported for experimental three
dimensional turbulence. We propose to test the inversion formula using
experimental data of three dimensional fully developed turbulence by
considering the energy dissipation rates in stead of the usual efforts on the
structure functions. The moments of the exit distances are shown to exhibit
nice multifractality. The inversion formula between the direct and inverse
exponents is then verified.
