K-L-]PI(0)GAMMA-E(-) AND ITS RELATION TO CP AND CHIRAL TESTS()E()

The decay K-L-->pi(0) gamma e(+)e(-) occurs at a higher rate than the nonradiative process K-L-->pi(0)e(+)e(-), and hence can be a backgroun d to CP violation studies using the latter reaction. It also has inter est in its own right in the context of chiral perturbation theory, thr ough its relation to the decay K-L-->pi(0) gamma gamma. The leading or der chiral loop contribution to K-L-->pi(0) gamma e(+) e(-), including the (q(3+) + q(e-))(2)/m(pi)(2) dependence, is completely calculable. We present this result and also include the higher order modification s which are required in the analysis of K-L-->pi(0) gamma gamma.