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Project lOUT 80
k Brillouin diagram for a discrete set of beams with
Eucryptite emitter in a DC diode indicating voltage drop
15 other sections not shown
A. E. Siegman angle approximately Attn barrier height beat frequency Bennett pinch boundary field Buneman capacitance cathode cavity cavity resonances chromium chromium concentration circuit confocal rod cosh crystal cyclotron depletion capacitance direction DISCRETE SET dispersion relation DISTRIBUTION OF NUMBER emission emitter emitting energy levels equation eucryptite experimental experiments frequency shifts function Group Leader hot electrons I-V characteristic impedance inversion ratio ions laser magnetic field maser maser action Mc/sec measured microwave microwave phototube modes nitrogen temperature noise stripper NUMBER DENSITIES obtained operation orbits oscillation output p-plane particle phototube Phys plasma frequency plot population inversion pulse pump power pump voltages quarter rare-earth region resonance distribution right-half plane ruby sample saturation semiconductor shown in Fig signal solution spherical Staff staircase maser surface transition tube tunnel diode velocity voltage watts wave numbers X-band zero