ACCELERATOR AND REACTOR NEUTRINO OSCILLATION EXPERIMENTS IN A SIMPLE 3-GENERATION FRAMEWORK

We present a systematic approach to the analysis of neutrino oscillati on experiments in the one-mass-scale limit of the three-generation sch eme. In this framework we reanalyze and recombine the most constrainin g accelerator and reactor data in order to draw precise bounds in the parameter space. We consider our new graphical representations as part icularly suited to show the interplay among the different oscillation channels. Within the same framework, the discovery potential of future short and long baseline experiments is also investigated, in the ligh t of both the recent signal from the LSND experiment and the atmospher ic neutrino anomaly.