Lines Matching refs:mirrors

57 * linw: [m]    distance from 1st focal point to real guide entry - left and right horizontal mirrors
58 * loutw: [m]   distance from real guide exit to 2nd focal point - left and right horizontal mirrors
60 …nh: [m]         distance from 1st focal point to real guide entry - top and bottom vertical mirrors
61 …outh: [m]        distance from real guide exit to 2nd focal point - top and bottom vertical mirrors
64 * Qcx: [AA-1]       Critical scattering vector for left and right vertical mirrors in each channel
65 * Qcy: [AA-1]       Critical scattering vector for top and bottom mirrors
66 * alphax: [AA]      Slope of reflectivity for left and right vertical mirrors in each channel
67 * alphay: [AA]      Slope of reflectivity for top and bottom mirrors
68 * mx: [1]           m-value of material for left and right vertical mirrors in each channel. Zero m…
69 * my: [1]           m-value of material for top and bottom mirrors. Zero means completely absorbing…
70 * W: [AA-1]         Width of supermirror cut-off for all mirrors
166      /* calculate parameter b of elliptical equestion - vertical mirrors */
172         /* plane mirrors (vertical) */
176         /* elliptical mirrors */
195         /* plane mirrors (vertical) */
198         /* parabolical mirrors */
327   /* compute each value for horizontal mirrors */
331     /* calculate lbw the distance between focal points of horizontal mirrors */
333     /* calculate parameter b of elliptical equestion - horizontal mirrors */
336        /* plane mirrors (horizontal) */
340        /* elliptical mirrors */
359         /* plane mirrors (horizontal) */
364           /* parabolical mirrors */
488       /* Compute the dot products of v and n for the four mirrors. */