no. 9 STATIC DIFFUSION MODELS OF THE UPPER ATMOSPHERE 241 



Table 1. — Detailed atmospheric data as a function of height and exospheric temperature — Continued 

 EXOSPHERIC TE"PFR4TIIP.E = 1250 CEGREES 



HEIGHT TEMP LOG N I 02 1 LCG NIC) LCG NINZI LOG N(HE) LOG 'J ( H ) «6«N SC4LE DENSITY LOG CEN 



KM nEG K /GM3 /CM3 /CM2 /CM? /CM? "01. WT HT KM GM/CM3 GM/CM3 



120. J 355.3 10.3751 ID. 3808 11.6021 7.5315 26.90 11.62 0.2461E-10 -10.609 



130.0 550.8 10.3337 13.514S 11. IT.'. 7.3693 26.32 18.43 0.7930E-11 -11.101 



140.0 703.3 9.3767 13.2830 lu.7786 7.272C 25.84 24.12 0.3807E-11 -11.419 



150.0 823.3 9.7036 13.1124 l.j.5313 7.2041 25.40 28.79 0.2193E-11 -11.659 



163.0 916.6 9.4776 9.9761 13.3274 7.1528 24.99 32.69 0.1400F-11 -11.854 



170.0 989.6 9.2812 9.8613 10.1512 7.1117 24.59 35.97 0.9535E-12 -12.021 



180.0 1046.5 9.1345 9.7608 9.9935 7.0776 24.20 38.77 0.6791E-12 -12.168 



190.0 1091.1 3.3417 9.6733 9.8487 7.0483 23.82 41.23 0.4992E-12 -12.302 



200.0 1125.3 8.7889 9.5871 9.7133 7.3224 '3.43 43.33 0.3758E-12 -12.425 



210.0 1153.0 8.6436 9.5093 9.5848 6.9991 23.06 45.24 3.2831E-12 -12.540 



220.0 1174.2 8.5339 3.4355 9.4615 6 . 9 7 i 7 22.68 46.98 3.2241E-12 -12.650 



230.0 1193.8 8.3686 9.3648 9.3423 6.9578 22.32 48.57 0.1763E-12 -12.754 



243.0 1233.7 8.2366 9.2964 9.2261 6.9389 21.95 50.37 0.1401E-12 -12.854 



250.0 1213.9 8.1073 9.2299 9.1124 6.9239 21.60 51.43 3.U22E-12 -12.950 



260.0 1221.8 7.980O 9.1649 9.9097 6.9C36 21.25 52.33 0.9055E-13 -13.043 



270. 1227.9 7.8545 9.1311 a. 3906 6.e868 23.90 54.12 C.7353C-13 -13.134 



280.0 1232.8 7.7304 9.9382 8.7817 6.87C' 20.57 55.38 0.6095F-13 -13.221 



290.0 1236.5 7.6375 3.9760 8.6739 6.8544 20.25 56.60 0.4929E-13 -13.307 



300.0 1239.5 7.4355 8.9145 3.5679 6.8387 19.94 57.79 0.4366E-13 -13.391 



320.0 1243.6 7.2441 8.7931 8.3554 6.8077 19.36 60.09 0.2802E-13 -13.553 



340.0 1246.1 7.3352 8.6732 8.1462 6.7774 18.83 62.28 0.1961E-13 -13.708 



360.0 1247.6 6.7685 8.5546 7.9389 6.7475 13.34 64.33 0.1392E-13 -13.856 



380.0 1248.5 6.5336 9.4370 7.73''2 6.7183 17.91 66.39 0.9999F-14 -14.000 



400.0 1249.1 6.3304 3.3203 7.5290 6.63e7 17.52 68.33 0.7265E-14 -14.139 



420.0 1249.5 6.0687 3.2344 7.3261 6.6596 17.17 70.13 0.5331E-14 -14.273 



440.0 1249.7 5.8334 8.0892 7.1246 6.63C8 16.85 71.89 0.3947E-14 -14.404 



460.0 1249.3 5.6096 7.9748 6.9242 6.6C21 16.55 73.61 0.2946E-14 -14.531 



480.0 1249.9 5.3821 7.8613 6.7251 6.5737 16.28 75.31 0.2214E-14 -14.655 



500.0 1249.9 5.1560 7.7480 6.5271 6.5454 3.8616 16. CI 77.02 0.1674E-14 -14.776 



520.0 1250.? 4.9312 7.6356 6.3303 6.5172 3.e545 15.74 78.78 0.1274E-14 -14.895 



540.0 1250.0 4.7378 7.5238 6.1347 6.4893 3.8474 15.47 89.61 0.9741F-15 -15.011 



560.0 1250.0 4.4856 7.4127 5.9402 6.4615 3.8404 15.20 82.57 0.7436E-15 -15.126 



580.0 1253.0 4.2647 7.3023 5.7468 6.4338 3.8335 14.90 84.69 0.5779F-15 -15.238 



600.0 1250. 3 4.3451 7.1925 5.5546 6.4064 3.8265 14.58 87.03 0.4489E-15 -15.349 



620.0 1250.3 3.3268 7.0833 5.3634 6.3790 3.8197 14.24 89.63 0.3489E-15 -15.457 



640.0 1250.0 3.6096 6.9748 5.1733 6.3519 3.el28 13.87 92.56 0.27286-15 -15.564 



660.0 1250.9 3.3938 6.8668 4.9843 6.3249 3.3C6C 13.47 95.87 0.2142E-15 -15.669 



680.0 1250.0 3.1791 6.7595 4.7964 6.29e0 3.7993 13.03 99.63 0.1689E-15 -15.772 



700.0 1250.0 2.9657 6.6528 4.6096 6.2713 3.7925 12.57 103.91 0.1338E-15 -15.874 



750.0 1250.0 2.4374 6.3837 4.1471 6.2052 3.7759 11.29 117.23 0.7635E-16 -16.117 



800.3 1250.3 1.9165 6.1282 3.6910 6.14CC 3.7595 9.93 135.22 0.4511E-16 -16.346 



850.0 1250.0 1.4028 5.8713 3.2413 6.3758 3.7433 8.61 158.17 0.2776E-16 -16.557 



900.0 1250.0 0.8962 5.6180 2.7978 6.0124 3.7273 7.44 185.71 0.1790E-16 -16.747 



950.0 1250.0 3.3965 5.3682 2.3603 5.9498 3.7116 6.47 216.23 0.1214E-16 -16.916 



1000.0 1250.0 -0.0964 5.1218 1.9288 5.8882 3.6961 5.73 247.55 0.8667E-17 -17.062 



