; File susec6.dat: Atomic data for S XV lines and S XIV satellites ; for Yohkoh BCS Channel 4 ; ; ; The Z2F OMEGAS are used to obtain a better interpolation over temperature, ; rather than interpolating over the broader range of electron excitation ; rate coefficients. It is not related to the atomic physics omega! ; ; Derived using the following formula: ; ; z2fomega = C (Z-0.5)^2 SQRT(T) exp(1.1842e5 x (Z-0.5)^2 /T ) /8.62e(-6) ; ; where C is the excitation rate and T is the electron temperature. ; ; History: ; 11-FEB-91 Original version of file with Safronova (1981) values for S XV ; wavelengths. ; S XIV n=2 sats wvls from Vainshtein and Safronova (1978) (VS78), n>2 ; sats wavelengths from Cornille and Dubau (CD, p.c.1990). ; T-averaged Omega (Gamma) values from extrapolations by KJHP of Z-scaled ; values for Ca and Fe, using Bely-Dubau et al. (Papers VI and VII). ; F2(s) values from CD ; Unknown radiative recombination excitation rates are set to zero. ; 28-JUL-92 Modified, KJHP ; Contains Vainshtein and Safronova (1985) (VS85) wvls for S XV lines ; VS78 SXIV wvls are increased by 0.001 A and CD SXIV wvls decreased ; by 0.001 A to get agreement with VS85 values of S XV w line wvl. ; 7-OCT-92 Modified, KJHP ; Documentation added according to recommendns. of mtg of Oct. 1, 1992 ; 14-OCT-92 Modified, JRL Added 3 Numbers: Number of collisional lines ; Number of rad. recombination lines ; Number of branching ratios ; 6-oct-93 Modified, JRL Added Version Title ; 10-dec-93, Louise Harra, Deleted lowest 2 Temperatures for w,x,y,z,q,r,s,t,u,v ; New interpolation for Z^2*Gamma for line z (may not ; be very accurate). ; 11-mar-94, JRL (susec5) Replaced the Z2F*Omega values with unpublished ; QUB R-matrix results provided by Louise Harra for w,x,y,z. ; Extrapolated to 0.63 MK for q,r,s,t,u,v ; Added QUB rmatrix density ratios for x/w, y/w, z/w. ; 23-mar-94, JRL (susec5.dat) Changed the offset of the n=3 satellites to achieve ; agreement (by eye) with the data. ; 11-Nov-94, LKH-M New values of SXIV n>= 4 satellite lines calculated from the ; Cowan code - Nov 94 (by KJHP). Cowan wavelengths increased by ; 0.0033 A to align high-n satellites with the VS85 S XV w line ; wavelength. ; 11-Jan-95, LKH-M (susec6.dat) Replaced the values of the z2fomegas for q,r,s and t. ; KJHP used collision strengths of Argon from Sampson and Clark (1979) ; and scaled them to values for Z=16. Val Foster and Robin Reid (QUB) ; used the RATE code to convert the collision strength for q,r,s and t ; to excitation rates. The excitation rates were converted to z2fomega ; values (eqn given above). The lowest value (0.63 MK) was not reliable ; and an extrapolated value was used instead. ; ; 17-Jan-95, LKH-M (susec6.dat) Added SXIV n=6 satellite lines calculated from the ; Cowan code by KJHP (Jan 95). An offset of 0.0033A was used as with the ; lower n satellites. ; ; 1-May-95, LKH-M (susec6.dat) Changed the wavelength offset of n=3 satellites from ; -0.001 A as originally given for n=3 satellites to that estimated ; by JRL for the d13/d15 ; ; References: ; Bely-Dubau et al. (Paper VI) 1982, MNRAS, 198,239 ; Bely-Dubau et al. (Paper VII) 1982, MNRAS, 201, 1155 ; Cornille and Dubau 1990 (CD), private comm. to G. Doschek ; Vainshtein and Safronova 1978 (VS78), ADNDT, 21, 49 ; Vainshtein and Safronova 1985 (VS85), Phys Scr, 31, 519 ; Sampson, DH and Clark, REH, 1979, J. Phys B, 12 no 19, 3257. ; Cornille & Dubau/Wave = V&S ; Version 16, 2 ; nuclear charge and number of electrons (2=He-like) 10, 4, 6 ; # Coll excited lines, # of RR lines, # branch ratios ; WAVELENGTHS W,X,Y,Z,Q,R,S,T,U,V (q-v = VS78 + 0.001 A) 5.03890,5.06329,5.06666,5.10168,5.0855,5.0875,5.0658,5.0666,5.1323,5.1334 0.998,.84,.09,.20,.87,.964 ;BRANCHING RATIOS 13, ; NUMBER OF TEMPERATURES 0.63,1.90,3.16,4.21,5.26,6.32,7.37,8.42,9.48,12.64,15.80,18.95,25.27 ;TEMPS (MK) 1.416,1.540,1.663,1.761,1.856,1.951,2.047,2.143,2.242,2.530,2.800,3.036,3.429 ;w Z2F OMEGA 0.260,0.253,0.246,0.238,0.228,0.217,0.208,0.202,0.196,0.183,0.173,0.166,0.158 ;x 0.549,0.508,0.473,0.453,0.442,0.435,0.428,0.422,0.416,0.406,0.404,0.406,0.423 ;y 1.365,1.256,1.168,1.121,1.100,1.092,1.086,1.080,1.077,1.086,1.119,1.166,1.299 ;z 1.171,1.23,1.255,1.312,1.353,1.381,1.436,1.478,1.52,1.66,1.782,1.898,2.126 ;q 0.449,0.525,0.532,0.554,0.569,0.579,0.602,0.618,0.633,0.688,0.736,0.781,0.872 ;r 0.302,0.295,0.286,0.282,0.277,0.272,0.268,0.265,0.262,0.255,0.249,0.245,0.241 ;s 0.231,0.237,0.239,0.242,0.246,0.248,0.253,0.256,0.258,0.271,0.281,0.291,0.313 ;t 0.173,0.190,0.200,0.197,0.189,0.180,0.175,0.173,0.170,0.150,0.140,0.130,0.110 ;u 0.099,0.100,0.100,0.098,0.095,0.092,0.089,0.087,0.085,0.080,0.075,0.070,0.063 ;v 0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000 ;w rad recomb 0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000 ;x rad recomb 0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000 ;y rad recomb 0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000,0.000 ;z rad recomb 1748., N=2 SATELLITE ENERGIES IN E.V ; ; The numbers at the last column are used when the wavelength range is ; separated in different regions. It is clearer from the other sec files ; ie t and s are in the same 'wavelength region' and so have the same tag ; 5. This is used when a shift is introduced to overlay the synthetic spectra ; ; New values of SXIV satellites lines calculated from the Cowan code - Nov 94 ; Shift of 0.0033A introduced to align the satellite data with V&S. The numbers ; in the last column were all set to 1. The data is arranged by the spectator ; electron. Eg, 1s^2 nl - 1s2pnl - the spectator electron is 'nl'. These are only ; included for n>= 4. ; ; 2s offset=+0.0010 2 5.0865 3.87e13 7 r 2 5.0845 4.85e13 6 q 2 5.0656 1.66e13 5 t 2 5.0648 1.28e13 5 s ; 2p offset=+0.0010 2 5.1283 1.13e12 10 e 2 5.0974 1.12e14 8 k 2 5.1014 8.62e11 9 l 2 5.1016 1.60e14 9 j 2 5.0871 2.58e12 6 b 2 5.0910 2.60e13 7 a 2 5.0573 7.00e12 2 n 2 5.0612 2.50e13 3 m offset=+0.0028 ; LKH-M 1-May-95 ;offset=-0.0010 ; LKH-M 1-May-95 Commented out 3 5.0663 1.52e12 1 ;All values '1' are 3 5.0892 1.11e12 1 ;dummy, inserted 3 5.0589 1.70e13 1 ;only to comply 3 5.0552 1.99e13 1 ;with the RDFAC. 3 5.0780 5.50e11 1 offset=+0.0028 ; JRL 23-mar-94 Shift n=3 lines 3 5.0443 1.45e13 1 ;- near resonance line 3 5.0437 1.18e13 1 ;offset=-0.0010 ; JRL 23-mar-94 ; LKH-M 1-May-95 Commented out 3 5.0670 7.69e11 1 3 5.0660 5.36e11 1 3 5.0650 3.01e12 1 3 5.0654 5.81e11 1 3 5.0618 4.44e12 1 3 5.0416 6.39e11 1 3 5.0420 3.10e12 1 3 5.0394 1.305e14 1 3 5.0380 7.85e13 1 3 5.0385 1.69e13 1 3 5.0324 7.33e11 1 ;offset=-0.0010 ; LKH-M 1-May-95 Commented out 3 5.0978 8.74e12 1 3 5.0818 6.53e11 1 3 5.0723 7.44e11 1 3 5.0660 1.29e13 1 3 5.0675 5.29e12 1 3 5.0660 3.424e12 1 3 5.0644 5.857e12 1 3 5.0636 8.91e12 1 3 5.0556 2.80e12 1 offset=+0.0028 ; JRL 23-mar-94 Shift n=3 lines ; - near resonance line 3 5.0454 9.53e13 1 ; d15 3 5.0466 1.45e14 1 ; d13 3 5.0451 2.58e13 1 ;offset=-0.0010 ; JRL 23-mar-94; LKH-M 1-May-95 Commented out 3 5.0348 5.96e12 1 3 5.0363 2.02e13 1 ; Cowan Results by KJHP (Nov 94) for rest of file ; offset derived from n=10 satellites in the Cowan run ; which converge on the w line. offset=+0.0033 ; 4s 4 5.070700 1.240000E+11 1 4 5.069300 7.670000E+11 1 4 5.065900 3.160000E+11 1 4 5.062500 8.110000E+11 1 4 5.039600 5.720000E+11 1 4 5.039400 2.040000E+11 1 ; 4p 4 5.073300 3.680000E+09 1 4 5.072900 1.530000E+10 1 4 5.072400 3.840000E+10 1 4 5.071900 3.630000E+11 1 4 5.071000 1.100000E+12 1 4 5.070600 5.400000E+11 1 4 5.070100 3.550000E+11 1 4 5.069600 1.780000E+09 1 4 5.069100 1.570000E+10 1 4 5.068800 8.130000E+09 1 4 5.068300 6.510000E+10 1 4 5.067900 1.160000E+07 1 4 5.067400 1.470000E+12 1 4 5.066500 1.840000E+09 1 4 5.066100 1.810000E+11 1 4 5.066000 4.560000E+07 1 4 5.065100 3.150000E+12 1 4 5.064600 4.670000E+11 1 4 5.062700 3.680000E+11 1 4 5.060400 1.870000E+12 1 4 5.060000 1.030000E+09 1 4 5.041200 2.920000E+12 1 4 5.041000 5.240000E+13 1 4 5.040700 3.790000E+13 1 4 5.040700 1.260000E+10 1 4 5.040200 4.790000E+10 1 4 5.040100 1.930000E+12 1 4 5.039600 1.480000E+11 1 4 5.038700 9.930000E+12 1 4 5.038200 2.640000E+12 1 ; 4d 4 5.070500 1.490000E+06 1 4 5.070300 2.430000E+08 1 4 5.069600 2.400000E+10 1 4 5.069400 1.480000E+11 1 4 5.068300 4.450000E+11 1 4 5.068100 1.560000E+10 1 4 5.068000 5.700000E+10 1 4 5.067800 6.880000E+09 1 4 5.067700 1.250000E+09 1 4 5.066600 8.400000E+06 1 4 5.066400 4.960000E+08 1 4 5.066400 2.720000E+09 1 4 5.066000 8.050000E+10 1 4 5.065900 9.220000E+10 1 4 5.064000 6.720000E+10 1 4 5.063600 2.560000E+11 1 4 5.063400 3.260000E+11 1 4 5.063100 8.800000E+06 1 4 5.063100 1.850000E+11 1 4 5.063000 2.140000E+07 1 4 5.062900 5.010000E+11 1 4 5.062800 3.790000E+06 1 4 5.061400 1.140000E+10 1 4 5.061200 9.930000E+08 1 4 5.060900 2.440000E+12 1 4 5.059800 2.820000E+09 1 4 5.038900 1.660000E+08 1 4 5.038700 1.950000E+09 1 4 5.038700 2.110000E+12 1 4 5.038500 7.690000E+11 1 4 5.038500 4.860000E+13 1 4 5.038100 9.470000E+12 1 4 5.038000 2.580000E+13 1 4 5.036500 7.050000E+11 1 4 5.036300 1.290000E+12 1 4 5.036200 1.110000E+11 1 ; 4f 4 5.067100 2.390000E+08 1 4 5.067100 1.140000E+09 1 4 5.067000 5.470000E+09 1 4 5.066900 7.000000E+07 1 4 5.066100 4.750000E+08 1 4 5.066000 3.640000E+07 1 4 5.066000 4.740000E+08 1 4 5.065900 2.220000E+04 1 4 5.065800 4.140000E+09 1 4 5.065700 5.190000E+10 1 4 5.065000 2.570000E+08 1 4 5.064900 3.260000E+09 1 4 5.064800 1.350000E+10 1 4 5.064700 2.280000E+07 1 4 5.062400 6.110000E+09 1 4 5.062400 1.720000E+09 1 4 5.062300 3.640000E+09 1 4 5.062100 1.300000E+09 1 4 5.062000 6.050000E+08 1 4 5.062000 3.100000E+09 1 4 5.062000 4.600000E+09 1 4 5.061300 4.930000E+09 1 4 5.061300 1.570000E+09 1 4 5.061300 1.820000E+10 1 4 5.061300 1.360000E+07 1 4 5.060600 3.690000E+07 1 4 5.037800 2.320000E+06 1 4 5.037800 6.320000E+08 1 4 5.037800 5.120000E+07 1 4 5.037700 2.880000E+07 1 4 5.036300 1.450000E+11 1 4 5.036300 4.120000E+12 1 4 5.036200 3.210000E+12 1 4 5.035500 2.700000E+09 1 4 5.035500 3.070000E+09 1 4 5.035400 1.390000E+08 1 ; 5s 5 5.068100 9.820000E+10 1 5 5.066700 7.200000E+11 1 5 5.065200 5.090000E+11 1 5 5.061700 2.420000E+11 1 5 5.037600 3.460000E+11 1 5 5.037500 1.870000E+11 1 ; 5p 5 5.069300 8.310000E+09 1 5 5.069100 3.730000E+10 1 5 5.068600 1.380000E+08 1 5 5.068400 3.310000E+11 1 5 5.067600 2.420000E+11 1 5 5.067400 1.400000E+12 1 5 5.067400 3.650000E+11 1 5 5.066900 9.280000E+09 1 5 5.066600 1.470000E+10 1 5 5.066400 9.460000E+10 1 5 5.066200 9.490000E+10 1 5 5.065800 7.970000E+11 1 5 5.065500 7.570000E+11 1 5 5.063700 2.350000E+10 1 5 5.063600 6.910000E+10 1 5 5.063500 1.370000E+09 1 5 5.063200 8.460000E+11 1 5 5.063000 1.930000E+09 1 5 5.061900 1.010000E+10 1 5 5.061000 4.580000E+11 1 5 5.060700 3.680000E+10 1 5 5.038400 1.210000E+12 1 5 5.038200 2.620000E+13 1 5 5.038200 4.610000E+09 1 5 5.038100 1.930000E+13 1 5 5.037900 1.580000E+10 1 5 5.037900 1.110000E+12 1 5 5.037700 6.910000E+10 1 5 5.037200 4.690000E+12 1 5 5.036900 1.370000E+12 1 ; 5d 5 5.067900 2.330000E+05 1 5 5.067800 1.120000E+08 1 5 5.067300 4.920000E+09 1 5 5.067200 1.320000E+11 1 5 5.066400 5.490000E+09 1 5 5.066300 2.750000E+10 1 5 5.066100 5.220000E+11 1 5 5.065900 5.050000E+09 1 5 5.065800 4.040000E+08 1 5 5.065500 4.790000E+04 1 5 5.065400 1.120000E+06 1 5 5.065300 1.800000E+09 1 5 5.065000 3.450000E+11 1 5 5.064900 2.130000E+11 1 5 5.062500 2.570000E+10 1 5 5.062500 2.210000E+11 1 5 5.062400 1.800000E+11 1 5 5.062100 3.980000E+10 1 5 5.062000 1.190000E+07 1 5 5.062000 1.100000E+11 1 5 5.062000 1.630000E+07 1 5 5.061900 4.520000E+05 1 5 5.061400 1.620000E+09 1 5 5.061300 2.860000E+08 1 5 5.060900 7.600000E+11 1 5 5.060500 3.750000E+08 1 5 5.037200 7.780000E+07 1 5 5.037100 1.790000E+12 1 5 5.037100 8.900000E+08 1 5 5.037100 2.660000E+13 1 5 5.037100 9.930000E+11 1 5 5.036900 6.590000E+12 1 5 5.036900 1.180000E+13 1 5 5.036100 3.950000E+11 1 5 5.036000 7.230000E+11 1 5 5.035900 6.350000E+10 1 ; 5f 5 5.066400 2.010000E+07 1 5 5.066300 1.330000E+09 1 5 5.066200 2.590000E+09 1 5 5.066200 1.760000E+07 1 5 5.065100 5.470000E+08 1 5 5.065000 4.670000E+07 1 5 5.065000 6.850000E+06 1 5 5.065000 6.330000E+08 1 5 5.065000 2.790000E+09 1 5 5.064900 4.950000E+10 1 5 5.064600 3.450000E+08 1 5 5.064500 3.710000E+09 1 5 5.064500 1.060000E+10 1 5 5.064400 9.530000E+07 1 5 5.061600 1.430000E+09 1 5 5.061600 1.790000E+09 1 5 5.061600 3.170000E+09 1 5 5.061400 4.790000E+08 1 5 5.061400 3.390000E+08 1 5 5.061400 2.370000E+09 1 5 5.061400 3.650000E+09 1 5 5.061100 3.220000E+09 1 5 5.061100 1.000000E+09 1 5 5.061100 1.190000E+07 1 5 5.061000 8.470000E+09 1 5 5.060700 1.850000E+07 1 5 5.036600 1.690000E+06 1 5 5.036500 9.200000E+08 1 5 5.036500 3.770000E+07 1 5 5.036500 4.400000E+07 1 5 5.035900 3.260000E+12 1 5 5.035900 1.210000E+11 1 5 5.035800 2.530000E+12 1 5 5.035500 2.170000E+09 1 5 5.035500 2.470000E+09 1 5 5.035400 1.110000E+08 1 ; 5g 5 5.066100 1.440000E+06 1 5 5.066100 6.900000E+05 1 5 5.066100 2.860000E+07 1 5 5.066000 3.270000E+05 1 5 5.064700 4.530000E+06 1 5 5.064700 2.010000E+07 1 5 5.064700 1.600000E+05 1 5 5.064700 3.830000E+06 1 5 5.064700 2.630000E+08 1 5 5.064700 9.120000E+08 1 5 5.064400 1.630000E+06 1 5 5.064400 4.620000E+07 1 5 5.064400 4.840000E+07 1 5 5.064400 6.960000E+05 1 5 5.061300 8.070000E+05 1 5 5.061300 4.540000E+05 1 5 5.061300 4.560000E+07 1 5 5.061300 1.040000E+07 1 5 5.061200 1.190000E+07 1 5 5.061200 2.900000E+07 1 5 5.061200 6.140000E+06 1 5 5.061100 2.510000E+07 1 5 5.061100 2.900000E+07 1 5 5.061000 4.730000E+05 1 5 5.061000 1.580000E+06 1 5 5.060800 1.500000E+07 1 5 5.036200 6.620000E+03 1 5 5.036100 3.060000E+06 1 5 5.036100 2.510000E+05 1 5 5.036100 7.770000E+04 1 5 5.035700 1.940000E+09 1 5 5.035700 9.330000E+10 1 5 5.035700 7.630000E+10 1 5 5.035500 1.360000E+08 1 5 5.035500 9.300000E+07 1 5 5.035500 3.590000E+06 1 ; n=6 calculated by KJHP Jan 95 offset=+0.0033 6 5.067100 6.050000e+10 1 6 5.065700 6.040000e+11 1 6 5.064900 5.740000e+11 1 6 5.061400 8.730000e+10 1 6 5.036700 2.140000e+11 1 6 5.036700 1.330000e+11 1 6 5.067700 9.420000e+09 1 6 5.067600 4.260000e+10 1 6 5.067300 1.820000e+10 1 6 5.067100 1.050000e+11 1 6 5.066300 7.060000e+10 1 6 5.066100 1.990000e+11 1 6 5.066000 1.430000e+12 1 6 5.065800 1.990000e+10 1 6 5.065600 2.390000e+10 1 6 5.065500 1.740000e+11 1 6 5.065300 1.520000e+11 1 6 5.065200 1.110000e+12 1 6 5.065000 4.330000e+11 1 6 5.062500 1.140000e+10 1 6 5.062500 2.510000e+10 1 6 5.062400 1.440000e+09 1 6 5.062300 2.500000e+11 1 6 5.062100 9.600000e+08 1 6 5.061500 4.740000e+06 1 6 5.061100 1.510000e+11 1 6 5.060900 2.830000e+10 1 6 5.037200 6.030000e+11 1 6 5.037100 2.520000e+09 1 6 5.037100 1.520000e+13 1 6 5.037000 1.120000e+13 1 6 5.036900 8.380000e+09 1 6 5.036900 7.100000e+11 1 6 5.036800 3.800000e+10 1 6 5.036500 2.660000e+12 1 6 5.036400 7.970000e+11 1 6 5.066900 7.000000e+04 1 6 5.066900 4.800000e+07 1 6 5.066600 7.570000e+08 1 6 5.066500 2.690000e+10 1 6 5.065600 6.850000e+08 1 6 5.065500 4.360000e+09 1 6 5.065300 4.760000e+11 1 6 5.065200 2.960000e+09 1 6 5.065200 3.810000e+08 1 6 5.065000 7.050000e+06 1 6 5.064900 4.870000e+07 1 6 5.064900 1.190000e+09 1 6 5.064700 3.630000e+11 1 6 5.064600 1.310000e+11 1 6 5.061900 9.690000e+09 1 6 5.061800 9.290000e+10 1 6 5.061800 5.690000e+10 1 6 5.061600 1.250000e+10 1 6 5.061600 7.420000e+06 1 6 5.061500 3.660000e+10 1 6 5.061500 8.170000e+06 1 6 5.061500 4.520000e+04 1 6 5.061300 3.620000e+08 1 6 5.061200 8.110000e+07 1 6 5.060900 2.110000e+11 1 6 5.060700 1.020000e+08 1 6 5.036500 4.440000e+07 1 6 5.036500 1.590000e+13 1 6 5.036500 1.260000e+12 1 6 5.036500 5.040000e+08 1 6 5.036400 8.720000e+11 1 6 5.036400 4.340000e+12 1 6 5.036300 6.240000e+12 1 6 5.035900 2.390000e+11 1 6 5.035800 4.370000e+11 1 6 5.035800 3.860000e+10 1 6 5.066100 3.170000e+06 1 6 5.066100 1.040000e+09 1 6 5.066000 1.090000e+09 1 6 5.066000 9.800000e+06 1 6 5.064700 4.250000e+08 1 6 5.064700 9.900000e+06 1 6 5.064700 4.000000e+07 1 6 5.064700 1.830000e+09 1 6 5.064700 5.540000e+08 1 6 5.064700 3.770000e+10 1 6 5.064500 2.880000e+08 1 6 5.064500 2.850000e+09 1 6 5.064400 7.640000e+09 1 6 5.064400 8.660000e+07 1 6 5.061300 1.010000e+09 1 6 5.061300 7.110000e+08 1 6 5.061300 2.280000e+09 1 6 5.061200 3.190000e+08 1 6 5.061200 1.130000e+08 1 6 5.061200 1.280000e+09 1 6 5.061200 2.470000e+09 1 6 5.061000 1.930000e+09 1 6 5.061000 6.130000e+08 1 6 5.061000 7.510000e+06 1 6 5.060900 3.330000e+09 1 6 5.060800 1.300000e+07 1 6 5.036100 1.130000e+06 1 6 5.036100 8.210000e+08 1 6 5.036100 2.560000e+07 1 6 5.036100 4.020000e+07 1 6 5.035700 2.260000e+12 1 6 5.035700 8.590000e+10 1 6 5.035700 1.760000e+12 1 6 5.035500 1.540000e+09 1 6 5.035500 1.760000e+09 1 6 5.035500 7.830000e+07 1 6 5.066000 1.280000e+05 1 6 5.066000 1.250000e+07 1 6 5.066000 1.640000e+07 1 6 5.065900 6.930000e+04 1 6 5.064600 5.550000e+06 1 6 5.064600 2.360000e+07 1 6 5.064600 2.050000e+05 1 6 5.064600 3.270000e+06 1 6 5.064500 2.750000e+08 1 6 5.064500 9.910000e+08 1 6 5.064400 1.920000e+06 1 6 5.064400 5.170000e+07 1 6 5.064400 4.980000e+07 1 6 5.064400 5.790000e+05 1 6 5.061100 1.300000e+06 1 6 5.061100 5.860000e+05 1 6 5.061100 3.430000e+07 1 6 5.061100 1.490000e+07 1 6 5.061100 1.200000e+07 1 6 5.061100 2.830000e+07 1 6 5.061100 9.180000e+06 1 6 5.061000 2.670000e+07 1 6 5.061000 2.870000e+07 1 6 5.061000 4.380000e+05 1 6 5.061000 1.370000e+02 1 6 5.060900 7.200000e+06 1 6 5.035900 6.930000e+03 1 6 5.035900 4.040000e+06 1 6 5.035900 2.640000e+05 1 6 5.035900 1.040000e+05 1 6 5.035600 2.080000e+09 1 6 5.035600 9.880000e+10 1 6 5.035600 8.080000e+10 1 6 5.035600 9.760000e+07 1 6 5.035600 1.430000e+08 1 6 5.035500 3.750000e+06 1 ; ; ------------------------------------------------------------ ; Density Section Begins Here ; Expect 1: a DENS=" " Flag ; 2: Followed by a row of Log(T) ; 3: Followed by Dens, ratios ; ------------------------------------------------------------ ; Dens="x/w" ; ************* X/W ************** ;Log(Ne) ------------------- Log T ------------------- 6.4 6.6 6.8 7.0 7.2 7.4 ; Log10(Te) 12.2 0.15700 0.13600 0.11220 0.08778 0.06642 0.05179 12.4 0.15740 0.13620 0.11230 0.08788 0.06650 0.05185 12.6 0.15790 0.13660 0.11260 0.08805 0.06665 0.05193 12.8 0.15880 0.13720 0.11310 0.08836 0.06682 0.05207 13.0 0.16000 0.13820 0.11370 0.08883 0.06712 0.05232 13.2 0.16210 0.13960 0.11480 0.08951 0.06763 0.05266 13.4 0.16530 0.14190 0.11640 0.09064 0.06837 0.05324 13.6 0.17010 0.14550 0.11890 0.09240 0.06958 0.05412 13.8 0.17740 0.15080 0.12280 0.09504 0.07145 0.05548 14.0 0.18800 0.15800 0.12850 0.09910 0.07423 0.05754 14.2 0.20270 0.17000 0.13680 0.10500 0.07846 0.06073 14.4 0.22210 0.18510 0.14840 0.11350 0.08459 0.06542 14.6 0.24580 0.20430 0.16340 0.12490 0.09310 0.07212 14.8 0.27200 0.22630 0.18160 0.13930 0.10420 0.08125 15.0 0.29790 0.24910 0.20140 0.15570 0.11760 0.09283 15.2 0.32060 0.27010 0.22060 0.17280 0.13230 0.10630 15.4 0.33760 0.28710 0.23720 0.18850 0.14670 0.12050 15.6 0.34800 0.29870 0.24970 0.20130 0.15920 0.13380 15.8 0.35120 0.30450 0.25730 0.21000 0.16880 0.14480 Dens="y/w" ; ************* Y/W ************** ;Log(Ne) ------------------- Log T ------------------- 6.4 6.6 6.8 7.0 7.2 7.4 ; Log10(Te) 12.2 0.30420 0.26390 0.22520 0.18750 0.15480 0.13830 12.4 0.30480 0.26430 0.22550 0.18770 0.15480 0.13850 12.6 0.30580 0.26500 0.22610 0.18800 0.15510 0.13860 12.8 0.30750 0.26630 0.22690 0.18860 0.15550 0.13890 13.0 0.30990 0.26810 0.22820 0.18950 0.15610 0.13930 13.2 0.31380 0.27080 0.23010 0.19080 0.15700 0.14000 13.4 0.32000 0.27520 0.23320 0.19300 0.15840 0.14110 13.6 0.32920 0.28210 0.23820 0.19630 0.16060 0.14270 13.8 0.34320 0.29230 0.24540 0.20140 0.16420 0.14530 14.0 0.36360 0.30760 0.25640 0.20910 0.16940 0.14930 14.2 0.39210 0.32920 0.27230 0.22050 0.17740 0.15530 14.4 0.42950 0.35840 0.29450 0.23670 0.18900 0.16430 14.6 0.47520 0.39520 0.32350 0.25850 0.20510 0.17710 14.8 0.52640 0.43800 0.35840 0.28600 0.22610 0.19450 15.0 0.57710 0.48250 0.39680 0.31760 0.25150 0.21660 15.2 0.62290 0.52410 0.43450 0.35090 0.27950 0.24260 15.4 0.65880 0.55900 0.46780 0.38160 0.30710 0.26990 15.6 0.68410 0.58500 0.49400 0.40750 0.33160 0.29580 15.8 0.69870 0.60180 0.51250 0.42680 0.35100 0.31790 Dens="z/w" ; ************* Z/W ************** ;Log(Ne) ------------------- Log T ------------------- 6.4 6.6 6.8 7.0 7.2 7.4 ; Log10(Te) 12.2 0.75640 0.65270 0.56560 0.48690 0.42880 0.41170 12.4 0.75530 0.65190 0.56500 0.48660 0.42840 0.41150 12.6 0.75360 0.65060 0.56430 0.48600 0.42810 0.41120 12.8 0.75130 0.64890 0.56310 0.48500 0.42750 0.41070 13.0 0.74680 0.64600 0.56090 0.48360 0.42640 0.41000 13.2 0.74020 0.64100 0.55740 0.48120 0.42480 0.40880 13.4 0.73050 0.63370 0.55220 0.47780 0.42230 0.40700 13.6 0.71480 0.62270 0.54440 0.47210 0.41840 0.40420 13.8 0.69160 0.60530 0.53190 0.46360 0.41250 0.39970 14.0 0.65790 0.58040 0.51360 0.45070 0.40320 0.39280 14.2 0.61050 0.54440 0.48690 0.43160 0.38960 0.38240 14.4 0.54760 0.49550 0.44980 0.40450 0.36950 0.36710 14.6 0.47100 0.43380 0.40140 0.36780 0.34180 0.34510 14.8 0.38540 0.36230 0.34290 0.32150 0.30530 0.31510 15.0 0.29890 0.28700 0.27850 0.26800 0.26110 0.27690 15.2 0.22020 0.21570 0.21440 0.21200 0.21240 0.23230 15.4 0.15490 0.15450 0.15690 0.15910 0.16370 0.18500 15.6 0.10500 0.10630 0.10990 0.11380 0.12000 0.13970 15.8 0.06911 0.07082 0.07424 0.07825 0.08410 0.10050