Projecting method of reflecting surfaces of reflecting devices using thermal field-radiation and wave equation analogy, and light arrangement like device designed for numeric optimization of required light parameters of reflecting surfaces

摘要

their proposal reflecting surfaces of reflective device using the temperature field radiation and wave equation describing the propagation of light, the essence of which is thethe first reflecting surface reflecting the light source of the light ozu00e1ru00ed, which is within the target area evaluated by veliciny svetelnu00e9ho flowafter changing the geometry by changing the angle of the beam reflecting surface of light to the surface of an source of reflecting surfaces.naceu017e using the above described velicin temperature field provides for the velicin relations svetelnu00e9ho field and for the the use snellovy laws of optics.then the reflecting surfaces and the geometry shape according to the requirement svetelnu00e9ho flow.fi. or zu00e1rivu00e9ho flow.fi..sub.e.n.device in the form of an svetelnu00e9 system identified for numerical optimization required svetelnu00fdch parameter reflecting surfaces is tvoreno at least one svetelnu00fdm source (1),which by the ray of light passes through the at least one optical forming element (9) opatrenu00fd reflecting surface (2),at least one of which is inside usporu00e1du00e1na u0161terbina (10) with prostredu00edm (8) with different refractive index on their reflection surfaces (6), while refractive index reflection surfaces (5, 6) is elected by the way.to the requested value svetelnu00e9ho flow.fi. or the total zu00e1rivu00e9ho flow.fi..sub.e.n. in place impact on the landing area is equivalent to the svetelnu00e9mu flow.fi. or the total zu00e1rivu00e9ho flow.fi..sub.e.n.