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The Disk Loaded Waveguide (DLW) is the mostly used high frequency structurefor acceleration of lightweight particles - electrons in the high energy range.In some physical experiments acceleration of more heavy particles - muons tomedium energies is required. DLW parameters are considered for particlevelocity 0.04 < \beta < 1 both for the fundamental and the nearest backwardspatial harmonics. Physical and technical restrictions for DLW application inthe low \beta range and lower frequency (the L-band range) are analyzed. Basingon particularities of acceleration with Traveling Wave (TW) mode, deepoptimization of DLW cells dimensions, the choice of optimal operating phaseadvance for DLW section and combination of forward and backward TW modes, it ispossible to create simple, cost effective acceleration system for accelerationin the velocity range 0.2 < \beta < 1 for intermediate particles, in someparameters overcoming accelerating system with RF cavities in Standing Wave(SW) mode. Design criteria are discussed and examples of possible acceleratingsystems are presented.

Parameters of the Disk Loaded Waveguide structure for intermediate particles acceleration in the intermediate energy range