DISPERSIVE DIELECTRIC MIRROR AND METHOD OF DESIGN OF THE SAME

摘要

The present invention relates to a dielectric mirror having a high reflectivity cooler hood repository having an electromagnetic coolant and a layer of a refractive (n) layered system (n) in the direction of its surface coat (x) on a surface of a heat exchanger. In the mirror system of the present invention, the oscillation (x) of the fracture engineer (n) is varied according to the function n (x) = c exp [exp (i (ø (k) -kx)} dk] or the steepness step of the layer thickness approximating it. c is a real cantilever; ia imaginary unit; k is the number of coolers; r (k) is the stone sympathetic reflection function; and ř (k) = arg r (k) is the function of the phase to be created that contains at least a member of an abnormal member. In the layer system, the function of the fracturing of the pipe shear (t) k (k) is linear in at least half of the high reflectivity of the mirror. In the mirror design procedure, in the first step, a plurality of t (ki) delta delays of a plurality of ps corresponding to a plurality of different frequencies are taken in a direct mode in a trickle mode, or in the direct mode transverse mode of the trunk layer structures. In the next step, a computer ptimization is performed on the induction dielectric structure by minimizing the mismatch function of the offset function of the offset function and the reflection of the amplitude traversal of the dielectric mirror reflection. ŕ