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1.135 0.941 0.726 0.501 0.267 0.027-0.217-0.465-0.716-0.969 -1.224-1.483-1.747-2.013-2.284-2.559 8.3 30 2.493 2.409 2.322 2.231 2.134 2.024 1.918 1.808 1.682 1.544 1.399 1.242 1.061 0.876 0.668 0.450 0.219-0.016-0.258-0.503-0.751-1.002-1.253-1.509 -1.767-2.030-2.296-2.566-2.839-3.117 8.4 30 2.285 2.200 2.111 2.018 1.909 1.806 1.696 1.594 1.463 1.319 1.154 0.986 0.802 0.604 0.394 0.169-0.064-0.302-0.544-0.790-1.039-1.288-1.539-1.794 -2.052-2.314-2.579-2.848-3.121-3.397 8.5 30 2.076 1.990 1.899 1.804 1.692 1.586 1.492 1.364 1.227 1.077 0.902 0.728 0.541 0.332 0.114-0.115-0.350-0.589-0.832-1.078-1.326-1.575-1.826-2.081 -2.338-2.599-2.864-3.132-3.404-3.678 8.5 30 1.778 1.686 1.576 1.473 1.369 1.248 1.118 0.981 0.825 0.643 0.470 0.266 0.055-0.170-0.400-0.637-0.877-1.120-1.367-1.614-1.863-2.114-2.368-2.625 -2.885-3.149-3.416-3.687-3.961-4.240 8.6 30 1.566 1.457 1.359 1.253 1.156 1.031 0.895 0.736 0.568 0.385 0.199-0.008 -0.227-0.455-0.688-0.926-1.166-1.410-1.656-1.903-2.151-2.402-2.656-2.912 -3.172-3.435-3.701-3.972-4.245-4.523 8.6 30 1.242 1.140 1.050 0.927 0.796 0.655 0.483 0.309 0.125-0.073-0.289-0.510 -0.741-0.976-1.214-1.456-1.699-1.946-2.193-2.441-2.691-2.944-3.200-3.459 -3.721-3.987-4.256-4.529-4.806-5.087 8.7 30 1.024 0.923 0.807 0.682 0.551 0.404 0.223 0.050-0.148-0.351-0.572-0.797 -1.029-1.265-1.504-1.746-1.990-2.237-2.483-2.730-2.981-3.233-3.489-3.747 -4.008-4.273-4.541-4.814-5.090-5.370 8.8 30 0.804 0.712 0.591 0.460 0.307 0.147-0.035-0.222-0.421-0.635-0.857-1.085 -1.318-1.554-1.794-2.036-2.281-2.527-2.773-3.021-3.271-3.523-3.777-4.035 -4.296-4.560-4.827-5.099-5.375-5.654 8.8 29 0.484 0.357 0.221 0.056-0.112-0.296-0.495-0.700-0.919-1.143-1.373-1.607 -1.844-2.084-2.328-2.573-2.819-3.064-3.312-3.561-3.813-4.067-4.324-4.584 -4.847-5.113-5.385-5.660-5.938 8.9 28 0.240 0.112-0.029-0.202-0.371-0.570-0.772-0.983-1.205-1.429-1.660-1.895 -2.134-2.376-2.619-2.865-3.110-3.356-3.603-3.852-4.103-4.356-4.613-4.872 -5.135-5.400-5.671-5.945 9.0 28 0.018-0.130-0.284-0.459-0.644-0.844-1.053-1.267-1.491-1.718-1.949-2.185 -2.424-2.667-2.911-3.157-3.402-3.648-3.895-4.144-4.394-4.647-4.902-5.161 -5.421-5.688-5.958-6.231 -5.75 6.00 0.25 0.1 9.0 4.0 C 6.0 2111.21011.14111.07111.00010.92810.85410.77910.70210.62310.54210.45810.371 10.28110.18610.086 9.979 9.863 9.734 9.587 9.407 9.126 6.1 2111.01210.94310.87310.80310.73010.65710.58210.50510.42710.34610.26310.177 10.087 9.993 9.894 9.788 9.674 9.548 9.405 9.232 8.984 6.1 2010.74510.67510.60510.53310.46010.38510.30910.23110.15010.068 9.982 9.893 9.800 9.702 9.598 9.485 9.362 9.222 9.056 8.830 6.2 2010.54610.47710.40710.33510.26210.18810.11210.034 9.954 9.872 9.787 9.699 9.607 9.510 9.407 9.296 9.174 9.038 8.878 8.668 6.3 2010.34810.27910.20810.13710.065 9.991 9.915 9.838 9.758 9.677 9.592 9.504 9.413 9.317 9.215 9.106 8.987 8.854 8.699 8.502 6.3 2010.08010.010 9.939 9.867 9.793 9.718 9.641 9.562 9.481 9.397 9.310 9.219 9.124 9.023 8.915 8.798 8.668 8.518 8.332 8.021 6.4 20 9.881 9.811 9.741 9.669 9.595 9.520 9.444 9.365 9.284 9.201 9.115 9.025 8.931 8.831 8.725 8.610 8.482 8.336 8.159 7.893 6.5 20 9.682 9.613 9.542 9.470 9.397 9.323 9.247 9.168 9.088 9.005 8.920 8.830 8.737 8.638 8.534 8.420 8.295 8.154 7.983 7.746 6.5 19 9.414 9.344 9.272 9.199 9.125 9.049 8.971 8.891 8.809 8.724 8.635 8.543 8.446 8.342 8.230 8.108 7.970 7.806 7.589 6.6 19 9.215 9.143 9.073 9.001 8.927 8.851 8.774 8.695 8.613 8.528 8.440 8.349 8.252 8.150 8.040 7.920 7.785 7.627 7.424 6.6 19 8.946 8.875 8.802 8.729 8.654 8.577 8.497 8.416 8.332 8.245 8.154 8.059 7.957 7.849 7.731 7.599 7.447 7.256 6.920 6.7 19 8.746 8.676 8.604 8.530 8.455 8.379 8.300 8.219 8.136 8.049 7.959 7.865 7.765 7.658 7.542 7.413 7.265 7.084 6.806 6.8 19 8.547 8.477 8.405 8.332 8.257 8.181 8.103 8.022 7.939 7.853 7.764 7.670 7.571 7.466 7.352 7.226 7.082 6.909 6.664 6.8 18 8.277 8.206 8.133 8.059 7.983 7.905 7.825 7.742 7.657 7.568 7.475 7.378 7.273 7.161 7.037 6.898 6.732 6.509 6.9 18 8.077 8.006 7.934 7.860 7.784 7.707 7.627 7.545 7.460 7.372 7.280 7.183 7.081 6.970 6.849 6.713 6.553 6.346 7.0 19 7.878 7.807 7.735 7.661 7.586 7.508 7.429 7.348 7.264 7.176 7.085 6.989 6.887 6.778 6.659 6.526 6.372 6.178 5.839 7.0 18 7.607 7.535 7.462 7.387 7.310 7.231 7.150 7.066 6.980 6.889 6.794 6.693 6.586 6.469 6.339 6.190 6.006 5.727 7.1 18 7.407 7.335 7.262 7.187 7.111 7.033 6.952 6.869 6.783 6.693 6.599 6.499 6.393 6.278 6.151 6.006 5.831 5.585 7.1 17 7.135 7.062 6.988 6.912 6.834 6.754 6.671 6.586 6.497 6.403 6.305 6.200 6.087 5.962 5.821 5.653 5.429 7.2 17 6.935 6.862 6.788 6.713 6.635 6.555 6.473 6.388 6.300 6.207 6.110 6.006 5.895 5.772 5.635 5.473 5.265 7.3 18 6.734 6.662 6.588 6.513 6.436 6.357 6.275 6.190 6.103 6.011 5.914 5.812 5.702 5.582 5.447 5.291 5.095 4.773 7.3 17 6.461 6.388 6.313 6.236 6.157 6.076 5.992 5.905 5.814 5.719 5.617 5.509 5.391 5.259 5.107 4.921 4.647 7.4 17 6.260 6.187 6.113 6.036 5.958 5.877 5.794 5.707 5.617 5.522 5.422 5.315 5.199 5.070 4.922 4.743 4.497 7.5 17 6.059 5.986 5.912 5.836 5.758 5.678 5.595 5.509 5.419 5.326 5.226 5.121 5.006 4.879 4.735 4.563 4.336 7.5 17 5.785 5.711 5.635 5.558 5.478 5.396 5.310 5.222 5.128 5.030 4.926 4.812 4.688 4.547 4.380 4.166 3.781 7.6 17 5.584 5.510 5.434 5.357 5.278 5.196 5.111 5.023 4.931 4.833 4.730 4.618 4.495 4.357 4.195 3.991 3.675 7.6 16 5.308 5.233 5.156 5.077 4.996 4.912 4.824 4.733 4.636 4.533 4.423 4.302 4.166 4.008 3.812 3.529 7.7 16 5.106 5.032 4.955 4.876 4.795 4.712 4.625 4.534 4.438 4.336 4.227 4.107 3.973 3.818 3.628 3.366 7.8 15 4.904 4.830 4.753 4.675 4.595 4.511 4.425 4.334 4.239 4.138 4.030 3.911 3.779 3.626 3.441 7.8 13 4.627 4.551 4.473 4.393 4.310 4.224 4.135 4.040 3.940 3.832 3.714 3.583 3.432 7.9 13 4.425 4.349 4.271 4.191 4.109 4.023 3.934 3.840 3.740 3.632 3.515 3.384 3.234 8.0 12 4.222 4.146 4.069 3.989 3.907 3.822 3.732 3.639 3.539 3.432 3.315 3.184 8.0 10 3.943 3.866 3.787 3.704 3.619 3.530 3.437 3.337 3.230 3.112 8.1 10 3.740 3.663 3.583 3.501 3.416 3.327 3.233 3.134 3.026 2.908 8.1 8 3.459 3.380 3.298 3.213 3.123 3.029 2.929 2.820 8.2 6 3.255 3.176 3.093 3.008 2.918 2.824 2.722 8.3 30 3.051 2.971 2.888 2.803 2.712 2.617 2.514 2.391 2.284 2.181 2.052 1.910 1.761 1.589 1.407 1.211 0.996 0.768 0.528 0.280 0.024-0.238-0.505-0.776 -1.050-1.329-1.612-1.898-2.187-2.480 8.3 30 2.766 2.683 2.596 2.505 2.408 2.275 2.172 2.065 1.943 1.811 1.669 1.513 1.335 1.151 0.944 0.723 0.490 0.248-0.002-0.259-0.521-0.788-1.056-1.331 -1.609-1.891-2.176-2.465-2.756-3.050 8.4 30 2.560 2.476 2.389 2.296 2.157 2.058 1.952 1.848 1.722 1.583 1.426 1.261 1.080 0.884 0.673 0.447 0.210-0.034-0.286-0.543-0.805-1.071-1.339-1.613 -1.890-2.172-2.456-2.743-3.034-3.326 8.5 30 2.353 2.269 2.180 2.086 1.941 1.839 1.741 1.620 1.488 1.344 1.177 1.006 0.820 0.615 0.397 0.167-0.072-0.319-0.571-0.828-1.090-1.354-1.623-1.896 -2.173-2.453-2.737-3.023-3.312-3.603 8.5 30 2.060 1.970 1.821 1.723 1.620 1.505 1.380 1.247 1.096 0.922 0.750 0.551 0.341 0.117-0.116-0.357-0.604-0.856-1.114-1.374-1.639-1.907-2.180-2.456 -2.735-3.018-3.304-3.592-3.882-4.176 8.6 30 1.850 1.700 1.605 1.503 1.405 1.285 1.154 1.004 0.842 0.667 0.483 0.279 0.063-0.165-0.401-0.643-0.891-1.144-1.401-1.661-1.925-2.193-2.464-2.740 -3.018-3.300-3.585-3.873-4.162-4.455 8.6 30 1.485 1.387 1.294 1.177 1.051 0.916 0.754 0.587 0.408 0.214 0.003-0.218 -0.449-0.687-0.930-1.178-1.431-1.687-1.948-2.211-2.479-2.749-3.024-3.302 -3.583-3.867-4.154-4.443-4.735-5.030 8.7 30 1.268 1.169 1.058 0.938 0.811 0.668 0.498 0.330 0.139-0.061-0.278-0.502 -0.735-0.974-1.218-1.467-1.718-1.976-2.235-2.498-2.765-3.035-3.309-3.586 -3.867-4.150-4.435-4.725-5.016-5.310 8.8 30 1.049 0.954 0.838 0.713 0.569 0.415 0.243 0.062-0.132-0.341-0.561-0.788 -1.023-1.263-1.507-1.756-2.008-2.264-2.523-2.786-3.052-3.321-3.595-3.871 -4.151-4.433-4.718-5.007-5.298-5.591 8.8 29 0.727 0.606 0.475 0.320 0.159-0.017-0.208-0.409-0.623-0.846-1.076-1.311 -1.552-1.796-2.045-2.297-2.553-2.812-3.074-3.339-3.608-3.880-4.156-4.435 -4.717-5.002-5.290-5.580-5.872 8.9 28 0.489 0.366 0.228 0.065-0.098-0.287-0.483-0.690-0.908-1.132-1.364-1.600 -1.841-2.086-2.335-2.587-2.843-3.101-3.362-3.627-3.895-4.167-4.442-4.720 -5.002-5.285-5.573-5.862 9.0 28 0.265 0.124-0.025-0.191-0.367-0.559-0.762-0.973-1.194-1.421-1.653-1.890 -2.132-2.376-2.625-2.878-3.133-3.390-3.651-3.915-4.183-4.454-4.728-5.005 -5.285-5.569-5.856-6.145 Conductive opacities for H, He, and C as a function of temperature and density from the tables of W.B.Hubbard & M.Lampe 1969, ApJS, 18, 297-346. For each element {H,He,C}: the first line for the table of the element is: logRHOmin logRHOmax dlogRHO dlogT logTmax logTmin Name FORMAT(6F6.2,1X,A2) where logTmax and logTmin are the full range of temperatures in the table (not all of which are available at each density). For each density from logRHOmin through logRHOmax (step dlogRHO) there is an entry, whose first line is: logThi NT logKcond ... FORMAT(f4.1,i3,12f6.3) where logThi is the logT value for the first logKcond at that density (i.e., the highest temperature at which conductive opacities are available at that density), and NT is the total number of logKcond values at that density (each logKcond value is at a temperature lower by dlogT than the previous one at that density). If NT > 12, then a further line is present for that density (if NT > 24, two such lines) with more logKcond values, of the form: logKcond ... FORMAT(7X,12f6.3) (Note that the maximum value of NT is 30).