  The model of Transverse Voltage proposed by L.I. Glazman made predictions on
the upper current limit for the existence of Transverse Voltage. In his paper,
the upper limit for current at which Transverse Voltage would appear in wide
films is temperature independent. Using a Runge-Kutta algorithim and the
complete equations for vortex-antivortex interactions, the upper limit for thin
niobium films were calculated for several temperatures, and how these compare
to Glazman's model and experimental results on the same films are discussed. We
find in contrast to both the experimental results and Glazman's prediction, the
solution to the complete equations show an increase in the upper current limit
as temperature increases.
