; IDL Version 6.3, Microsoft Windows (Win32 x86 m32) ; Journal File for kapl@KAPLOUNENKO ; Working directory: C:\Aps\Ma\temp\result ; Date: Mon Apr 30 15:00:58 2007 ;*** Magnetic Analysis Code v.1.71 *** ;Integration routine: Gill & Miller ;Energy (GeV), omit # of extremas for phase analysis at begining, end: ; 13.614 3 3 ;Poles: total # of poles, end-poles, skip-phase, skip-spectrum ; used # of poles for phase, spectrum ; 226 4 6 0 ; 216 226 ;LSQ-fit: b (Gauss), period (cm), phase (cm) ; 12452.400 422.15990 -109.15552 -26.131710 -1.7805563 ; 2.9999877 ; 44.815594 44.815094 44.815387 44.815235 44.813503 ;LSQ-fit: device length (m), period (cm), # of periods, # of poles ; 3.375 3.0000 112.5 226 ;LSQ-fit: beff (Gauss), keff, l1 (Angstrom), e1 (keV) ; 12453.215 3.4884 1.49713 8.281 ;Peak field variation: mean peak field (Gauss), rms (Gauss) ; 12736.646 41.57 ;RMS field errors: residuals (Gauss), peaks (%), half-period integrals (%) ; 73.99 0.33 0.41 ;Average angles @ poles (urad): est. phase error (degree/urad), abs. ave, ave ; 3.13 0.91 -0.00 ;Angles @ poles (urad): min, max, negative ave, positive ave ; -3.34 2.91 -0.99 0.98 ;RMS phase error (deg.), opt. view angle (urad), betax0, betax1 (1.0e-6) ; 2.69 -0.00 -0.54 -0.06 ;Phase analysis: beff (Gauss), keff, l1 (Angstrom), e1 (keV) ; : beff (Gauss), keff, l1 (Angstrom), e1 (keV) w/ view angle incl. ; 12454.375 3.4887 1.49737 8.280 ; 12454.375 3.4887 1.49737 8.280 ;Desired values: beff (Gauss), keff, l1 (Angstrom), e1 (keV) ; 12455.462 3.4890 1.49760 8.279 ;Optimized |A|: beff (Gauss), keff, l1 (Angstrom), e1 (keV) w/ view angle incl. ; 12454.520 3.4887 1.49740 8.280 ;Slippage length (mm) opt. |A| for 113.00 periods, ZLIM1 (mm), ZLIM2 (mm) ; 3608.4 261.6 3870.0 ;Break lengths opt. |A|: upstrm (mm), downstrm (mm), tot. (mm), drift per. (mm) ; 113--> 126.6 137.0 263.6 212.568 ;1st smax from optimized |A|: reference, measured (ph/s/mrad**2/0.1%bw/0.1A), (%) ; 5.514e+018 5.495e+018 99.66 ;Spectral analysis: ;1st wcntr,fwhm,cntr (keV),smax reference, measured (ph/s/mrad**2/0.1%bw/0.1A) ; 8.281 0.059 8.282 5.499e+018 ; 8.281 0.059 8.282 5.484e+018 99.72 ;3rd wcntr,fwhm,cntr (keV),smax reference, measured (ph/s/mrad**2/0.1%bw/0.1A) ; 24.839 0.059 24.839 9.702e+018 ; 24.839 0.059 24.839 9.436e+018 97.26 ;5th wcntr,fwhm,cntr (kev),smax reference, measured (ph/s/mrad**2/0.1%bw/0.1A) ; 41.402 0.059 41.402 1.218e+019 ; 41.402 0.059 41.402 1.135e+019 93.19 ;*** Summary of Specifications *** ;First and second field integral (Gauss-cm), (Gauss-cm^2) ; -21.98 -7539. ;Eff. field LSQ, phase analysis, optimized |A| (Gauss) ; 12453.215 12454.375 12454.520 ;Eff. K LSQ, phase analysis, optimized |A| ; 3.4884 3.4887 3.4887 ;First harmonic wavelength LSQ, phase analysis, optimized |A| (Angstrom) ; 1.49713 1.49737 1.49740 ;First harmonic energy LSQ, phase analysis, optimized |A| (keV) ; 8.281 8.280 8.280 ;Peak field (linear fit): Bo (Gauss), slope (1.0e-6 cm^-1) ; 12741.720 -1.932 ;Peak field variation: mean peak field (Gauss), rms (Gauss), rms (%) ; 12736.646 41.57 0.33 ;Average trajectory: min, max, dev, ave, rms (um) ; -0.89 -0.19 0.69 -0.56 0.18 ;Average angle: min, max, dev, ave, rms (urad) ; -3.47 2.58 6.05 0.01 1.17 ;Phase error (degrees), betax0, betax1 (1.0e-6), optimum view angle (urad) ; 2.69 -0.54 -0.06 -0.00 ;Slippage length (mm) opt. |A| for 113.00 periods, ZLIM1 (mm), ZLIM2 (mm) ; 3608.4 261.6 3870.0 ;Break lengths opt. |A|: upstrm (mm), downstrm (mm), tot. (mm), drift per. (mm) ; 126.6 137.0 263.6 212.568 ;Elapsed time 5.959 s