Abstract
The energy-integrated photonuclear cross section Sigma 0 of 6Li using the electric dipole sum rule and the enhancement factor kappa are calculated in the resonating group method. The results follow the trend of the predictions for the energy-integrated cross sections of other nuclei and are in agreement with the observed data. The alpha-deuteron channel in the resonating group wavefunction of 6Li provides a reasonable description of 6Li. The antisymmetrisation allows the intercluster exchange of particles.