new session, 1/09/1992 10:47:07 53 Eingabe-Datens„tze aus cresol10.dec p 127.5 T 317.3 maxKonz m-Cresol 6.03E12 O2 8.11E15 vorne 0.5 ms (zumindest jedoch einen Kanal) weglassen fr alle Kurven 10/8: ugKorr= 19/s, n=15 ==> 2.44s 10/9: ugKorr= 17/s, n=15 ==> 2.44s 10/10: ugKorr= -80/s, n=16 ==> 0.41s 10/11: ugKorr= 51/s, n=16 ==> 0.41s 10/12: ugKorr= 48/s, n=16 ==> 0.41s 10/13: ugKorr= 192/s, n=17 ==> 0.42s 10/14: ugKorr= 61/s, n=17 ==> 0.42s 10/15: ugKorr= 23/s, n=16 ==> 0.41s 10/16: ugKorr= 11/s, n=16 ==> 0.41s 10/17: ugKorr= 76/s, n=16 ==> 0.41s 10/18: ugKorr= 46/s, n=16 ==> 0.41s 10/19: ugKorr= 9/s, n=16 ==> 0.41s 10/20: ugKorr= 9/s, n=16 ==> 0.41s 10/21: ugKorr= 23/s, n=16 ==> 0.41s 10/22: ugKorr= 158/s, n=15 ==> 0.41s 10/23: ugKorr= -32/s, n=14 ==> 0.39s 10/24: ugKorr= -41/s, n=14 ==> 0.39s 10/25: ugKorr= -91/s, n=17 ==> 2.53s 10/26: ugKorr= 38/s, n=13 ==> 1.50s 10/27: ugKorr= -38/s, n=13 ==> 1.50s 10/28: ugKorr= -127/s, n=12 ==> 1.08s 10/29: ugKorr= -21/s, n=12 ==> 1.08s 10/30: ugKorr= 30/s, n=11 ==> 1.03s 10/31: ugKorr= 0.6/s, n=11 ==> 1.03s 10/32: ugKorr= 25/s, n=13 ==> 1.50s 10/33: ugKorr= -89/s, n=12 ==> 1.44s 10/34: ugKorr= 160/s, n=9 ==> 0.31s 10/35: ugKorr= -14/s, n=16 ==> 0.41s 10/36: ugKorr= -43/s, n=17 ==> 0.42s 10/37: ugKorr= -137/s, n=18 ==> 0.43s 10/38: ugKorr= -25/s, n=18 ==> 0.43s 10/39: ugKorr= -36/s, n=19 ==> 0.44s 10/40: ugKorr= -6/s, n=19 ==> 0.44s 10/41: ugKorr= 113/s, n=19 ==> 0.44s 10/42: ugKorr= -129/s, n=19 ==> 0.44s 10/43: ugKorr= 42/s, n=18 ==> 0.43s 10/44: ugKorr= 32/s, n=18 ==> 0.43s 10/45: ugKorr= -81/s, n=18 ==> 0.43s 10/46: ugKorr= -117/s, n=18 ==> 0.43s 10/47: ugKorr= 56/s, n=17 ==> 0.42s 10/48: ugKorr= -49/s, n=15 ==> 0.41s 10/49: ugKorr= -58/s, n=16 ==> 1.66s 10/50: ugKorr= -19/s, n=15 ==> 2.44s 10/51: ugKorr= 3/s, n=14 ==> 2.34s 10:51:59 eFit: (freie) Startwerte jeweils: a0 k1 aS K23 k3 dS dR 12.00() 1.673E-11 0 1.279E-12() 23.00() 8.00E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 10/1 296 0.00 8100.00 8.9 0 0.0 114.3 8.90 0.0 0.00 10/2 412 0.00 1994.00 8.2 0 0.0 116.7 8.24 0.0 0.00 10/3 416 0.00 8090.00 7.8 0 0.0 116.3 7.82 0.0 0.00 10/4 734 0.00 1997.00 7.3 0 0.0 129.5 7.33 0.0 0.00 10/5 524 0.00 8090.00 7.1 0 0.0 116.7 7.13 0.0 0.00 10/6 460 0.00 1996.00 6.9 0 0.0 125.1 6.85 0.0 0.00 10/7 526 0.00 8110.00 6.8 0 0.0 113.8 6.78 0.0 0.00 10/8< 121 1.01 0.00 61.2 406 21.0 118.6 69.57 20.4 12.63 10/9< 112 2.02 0.00 115.0 782 18.3 128.3 122.49 9.2 10.77 >10/10< 141 2.04 998.00 126.8 1958 122.5 76.0 168.92 68.9 80.32 >10/11< 136 2.04 2004.00 129.3 2753 194.9 33.4 224.01 108.9 100.27 >10/12< 119 2.04 3053.00 144.4 6852 282.4 26.5 321.18 120.8 105.60 >10/13< 139 2.03 5040.00 139.0 9098 441.0 10.9 468.56 130.3 111.35 >10/14< 151 2.04 3055.00 135.4 4693 288.7 18.7 314.82 128.5 109.24 >10/15< 140 2.04 2848.00 139.1 5587 266.9 26.1 301.36 123.1 104.68 >10/16< 101 2.04 2498.00 138.0 4558 241.5 28.5 274.77 117.2 104.66 >10/17< 133 2.04 2219.00 131.6 2911 213.9 27.9 240.64 113.9 104.89 >10/18< 99 2.04 2003.00 125.9 2092 196.0 27.2 218.59 111.6 103.30 >10/19< 134 2.04 1862.00 126.3 2100 196.0 28.2 218.74 114.6 103.59 >10/20< 99 2.04 1504.00 126.9 2006 157.8 46.5 189.72 91.3 94.98 >10/21< 94 2.04 1215.00 125.5 1625 133.9 65.3 170.23 80.6 89.17 >10/22< 99 2.04 1001.00 123.5 1448 115.5 78.8 157.79 63.8 81.26 >10/23< 105 2.04 855.00 123.4 1281 96.1 102.6 148.05 48.8 71.45 >10/24< 102 2.04 503.00 131.0 2026 94.1 104.3 161.18 47.0 63.90 10/25< 93 2.03 0.00 114.7 707 21.7 135.8 121.74 9.6 14.65 10/26< 141 3.00 0.00 169.6 1165 18.9 140.1 176.99 6.5 11.49 10/27< 182 4.02 0.00 224.5 1602 18.1 135.7 231.99 4.8 10.59 10/28< 225 5.03 0.00 280.5 2032 18.7 145.5 288.05 4.1 11.19 10/29< 128 6.03 0.00 351.3 2662 18.8 148.3 359.10 3.4 11.01 10/30< 194 6.03 0.00 353.8 2546 17.9 145.8 361.19 3.1 10.48 10/31< 148 5.04 0.00 288.6 2146 18.3 145.7 296.33 4.0 10.62 10/32< 92 4.02 0.00 230.4 1809 18.6 134.7 238.66 5.0 10.41 10/33< 117 3.05 0.00 175.4 1271 17.1 133.1 183.05 6.1 9.40 >10/34< 134 3.02 497.00 176.8 1271 39.7 134.2 185.52 8.0 30.96 >10/35< 79 3.02 855.00 177.6 1902 92.1 117.9 195.91 20.8 73.79 >10/36< 89 3.02 997.00 188.0 3510 149.7 90.4 231.12 47.9 106.59 >10/37< 76 3.02 1504.00 184.2 3184 173.0 74.6 235.28 61.2 121.87 >10/38< 92 3.02 1862.00 186.6 3649 176.2 73.5 241.98 61.9 120.73 >10/39< 74 3.02 2001.00 177.2 2489 190.9 57.1 234.40 75.1 133.69 >10/40< 134 3.02 2494.00 187.8 4446 235.4 45.4 282.39 91.3 140.81 >10/41< 98 3.02 2490.00 189.3 4532 235.4 44.5 283.53 87.2 141.21 >10/42< 129 3.02 2000.00 201.4 7398 246.8 51.5 313.05 86.6 135.16 >10/43< 102 3.02 1862.00 197.2 4765 185.3 73.3 260.56 61.7 122.00 >10/44< 133 3.02 1504.00 180.8 2300 167.2 74.7 222.41 56.3 125.53 >10/45< 140 3.02 1214.00 182.8 2526 143.7 89.4 217.16 41.8 109.32 >10/46< 93 3.02 994.00 191.0 3409 125.8 102.0 225.25 35.2 91.51 >10/47< 95 3.02 853.00 181.1 2334 110.6 101.0 205.62 26.1 86.05 >10/48< 108 3.02 498.00 176.5 1618 75.7 114.8 190.61 14.1 61.57 10/49< 111 3.04 0.00 172.4 1159 23.5 129.0 179.86 6.1 16.05 10/50< 112 2.02 0.00 117.2 752 17.8 122.2 124.23 8.1 10.75 10/51< 107 1.00 0.00 64.3 427 18.0 110.0 72.22 16.0 10.15 10/52 164 0.00 0.00 7.7 0 0.0 116.9 7.69 0.0 0.00 10/53 314 0.00 0.00 6.8 0 0.0 116.8 6.76 0.0 0.00 10:55:11 kFit: S>0 raus a0 k1 aS K23 k3 dS dR 7.179(13) 3.021(10)E-11 0 1.522(16)E-12 16.22(15) 0 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 10/8< 239 1.01 0.00 62.4 403 19.1 121.6 70.28 18.7 11.22 10/9< 158 2.02 0.00 118.2 810 19.1 131.3 125.84 9.3 11.50 10/25< 471 2.03 0.00 118.4 811 19.1 136.5 125.95 9.7 11.50 10/26< 143 3.00 0.00 171.7 1200 19.1 141.2 179.17 6.6 11.60 10/27< 204 4.02 0.00 227.9 1610 19.1 137.8 235.34 4.7 11.65 10/28< 235 5.03 0.00 283.3 2015 19.1 147.0 290.76 4.0 11.68 10/29< 160 6.03 0.00 338.2 2415 19.1 144.6 345.64 3.3 11.70 10/30< 237 6.03 0.00 338.2 2415 19.1 140.9 345.64 3.2 11.70 10/31< 179 5.04 0.00 283.9 2019 19.1 144.6 291.31 3.9 11.68 10/32< 162 4.02 0.00 227.9 1610 19.1 135.3 235.34 4.7 11.65 10/33< 259 3.05 0.00 174.6 1221 19.1 133.8 182.07 6.2 11.60 10/49< 332 3.04 0.00 174.0 1217 19.1 128.4 181.53 5.9 11.60 10/50< 120 2.02 0.00 117.9 808 19.1 121.8 125.51 8.7 11.50 10/51< 257 1.00 0.00 62.0 400 19.1 107.2 69.85 16.6 11.22 10/52 803 0.00 0.00 7.2 0 0.0 111.6 7.18 0.0 0.00 10/53 873 0.00 0.00 7.2 0 0.0 121.4 7.18 0.0 0.00 Summe 4833 10:56:19 kFit: S>0 raus; nur letztes tau0 drin a0 k1 aS K23 k3 dS dR 6.768(17) 3.070(10)E-11 0 1.489(15)E-12 16.38(15) 0 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 10/8< 241 1.01 0.00 62.2 402 19.1 121.2 70.08 18.7 11.20 10/9< 161 2.02 0.00 118.2 808 19.1 131.4 125.81 9.3 11.51 10/25< 463 2.03 0.00 118.3 809 19.1 136.5 125.92 9.7 11.51 10/26< 144 3.00 0.00 171.8 1197 19.1 141.4 179.32 6.6 11.61 10/27< 207 4.02 0.00 228.3 1607 19.1 138.0 235.68 4.7 11.67 10/28< 238 5.03 0.00 283.9 2010 19.1 147.3 291.30 4.0 11.70 10/29< 159 6.03 0.00 339.0 2410 19.1 144.9 346.38 3.3 11.72 10/30< 235 6.03 0.00 339.0 2410 19.1 141.2 346.38 3.2 11.72 10/31< 181 5.04 0.00 284.5 2014 19.1 144.9 291.85 3.9 11.70 10/32< 167 4.02 0.00 228.3 1607 19.1 135.5 235.68 4.6 11.67 10/33< 265 3.05 0.00 174.8 1219 19.1 134.0 182.23 6.1 11.62 10/49< 325 3.04 0.00 174.2 1215 19.1 128.5 181.68 5.9 11.62 10/50< 120 2.02 0.00 117.9 806 19.1 121.9 125.48 8.7 11.51 10/51< 258 1.00 0.00 61.8 399 19.1 106.8 69.65 16.7 11.20 10/53 314 0.00 0.00 6.8 0 0.0 116.9 6.77 0.0 0.00 Summe 3477 10:56:52 kFit: S>0 raus, ohne tau0 a0 k1 aS K23 k3 dS dR 7.35(21) 3.001(28)E-11 0 1.536(24)E-12 16.15(17) 0 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 10/8< 239 1.01 0.00 62.5 403 19.1 121.8 70.37 18.7 11.23 10/9< 158 2.02 0.00 118.3 811 19.1 131.3 125.85 9.3 11.50 10/25< 473 2.03 0.00 118.4 812 19.1 136.5 125.96 9.7 11.50 10/26< 143 3.00 0.00 171.6 1201 19.1 141.2 179.11 6.6 11.59 10/27< 202 4.02 0.00 227.7 1612 19.1 137.7 235.20 4.8 11.64 10/28< 234 5.03 0.00 283.1 2016 19.1 146.9 290.54 4.0 11.66 10/29< 160 6.03 0.00 337.9 2417 19.1 144.5 345.35 3.3 11.68 10/30< 238 6.03 0.00 337.9 2417 19.1 140.8 345.35 3.2 11.68 10/31< 178 5.04 0.00 283.7 2020 19.1 144.5 291.09 3.9 11.66 10/32< 161 4.02 0.00 227.7 1612 19.1 135.2 235.20 4.7 11.64 10/33< 257 3.05 0.00 174.5 1222 19.1 133.8 182.01 6.2 11.59 10/49< 335 3.04 0.00 174.0 1218 19.1 128.3 181.46 5.9 11.59 10/50< 120 2.02 0.00 117.9 809 19.1 121.8 125.52 8.7 11.50 10/51< 257 1.00 0.00 62.1 400 19.1 107.3 69.93 16.6 11.22 Summe 3156 10:59:25 kFit: S>0 raus, ohne 10/25, ohne tau0 a0 k1 aS K23 k3 dS dR 7.79(21) 2.903(29)E-11 0 1.627(26)E-12 15.86(17) 0 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 10/8< 299 1.01 0.00 62.9 412 19.0 122.2 70.88 18.7 11.05 10/9< 143 2.02 0.00 118.7 828 19.0 131.3 126.42 9.4 11.27 10/26< 148 3.00 0.00 172.1 1226 19.0 141.1 179.69 6.7 11.35 10/27< 193 4.02 0.00 228.2 1645 19.0 137.6 235.80 4.8 11.39 10/28< 228 5.03 0.00 283.6 2058 19.0 146.8 291.16 4.1 11.41 10/29< 153 6.03 0.00 338.4 2468 19.0 144.4 345.97 3.3 11.43 10/30< 232 6.03 0.00 338.4 2468 19.0 140.7 345.97 3.2 11.43 10/31< 164 5.04 0.00 284.1 2062 19.0 144.4 291.70 4.0 11.41 10/32< 139 4.02 0.00 228.2 1645 19.0 135.1 235.80 4.7 11.39 10/33< 220 3.05 0.00 175.0 1248 19.0 133.7 182.60 6.2 11.35 10/49< 391 3.04 0.00 174.4 1244 19.0 128.2 182.05 6.0 11.35 10/50< 123 2.02 0.00 118.4 825 19.0 121.8 126.09 8.8 11.27 10/51< 205 1.00 0.00 62.5 408 19.0 107.7 70.45 16.6 11.04 Summe 2639 11:05:36 kFit: (R=0 oder S=0) raus, nur dS fitten a0 k1 aS K23 k3 dS dR 8.00 2.903E-11 0 1.627E-12 15.86 6.12(8)E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/10< 166 2.04 998.00 119.8 834 80.1 111.9 135.01 31.0 64.92 >10/11< 149 2.04 2004.00 119.6 833 141.7 44.9 161.56 94.7 99.76 >10/12< 165 2.04 3053.00 119.6 833 205.9 11.8 214.63 128.4 110.82 >10/13< 161 2.03 5040.00 119.5 832 327.4 2.5 331.37 135.7 115.60 >10/14< 167 2.04 3055.00 119.6 833 206.0 12.0 214.75 130.4 110.88 >10/15< 179 2.04 2848.00 119.8 834 193.3 15.4 203.31 128.7 109.81 >10/16< 130 2.04 2498.00 119.9 835 171.9 23.2 184.78 116.7 107.04 >10/17< 149 2.04 2219.00 119.9 835 154.8 33.2 171.14 104.3 103.61 >10/18< 106 2.04 2003.00 119.8 834 141.6 44.3 161.59 92.7 99.83 >10/19< 142 2.04 1862.00 119.7 834 133.0 54.4 155.97 85.9 96.71 >10/20< 107 2.04 1504.00 119.6 833 111.1 77.5 144.54 57.7 86.18 >10/21< 101 2.04 1215.00 119.9 835 93.4 101.6 138.41 41.9 74.85 >10/22< 104 2.04 1001.00 120.0 836 80.3 110.8 135.19 30.7 65.08 >10/23< 108 2.04 855.00 119.9 835 71.4 123.0 133.33 26.8 57.90 >10/24< 179 2.04 503.00 119.9 835 49.8 129.3 130.24 16.7 39.46 >10/34< 180 3.02 497.00 173.9 1238 49.5 131.9 183.13 9.1 40.21 >10/35< 81 3.02 855.00 173.6 1236 71.4 125.7 184.52 12.1 60.45 >10/36< 109 3.02 997.00 173.6 1236 80.1 120.6 185.39 13.4 68.33 >10/37< 84 3.02 1504.00 173.5 1235 111.1 110.6 189.33 22.3 95.30 >10/38< 111 3.02 1862.00 173.5 1235 133.0 99.4 193.84 33.1 112.69 >10/39< 76 3.02 2001.00 173.4 1234 141.5 93.3 196.01 38.7 118.86 >10/40< 148 3.02 2494.00 173.5 1235 171.7 68.4 207.73 65.0 137.42 >10/41< 112 3.02 2490.00 173.6 1236 171.4 65.9 207.68 62.0 137.33 >10/42< 162 3.02 2000.00 173.5 1235 141.4 92.5 196.13 38.2 118.85 >10/43< 142 3.02 1862.00 173.7 1237 133.0 96.3 193.98 32.0 112.71 >10/44< 144 3.02 1504.00 173.5 1235 111.1 106.9 189.33 21.6 95.30 >10/45< 155 3.02 1214.00 173.5 1235 93.3 112.0 186.76 15.9 80.12 >10/46< 122 3.02 994.00 173.4 1234 79.9 118.5 185.10 13.2 68.15 >10/47< 101 3.02 853.00 173.4 1235 71.3 114.0 184.35 11.0 60.34 >10/48< 141 3.02 498.00 173.5 1235 49.5 119.3 182.81 8.3 40.26 Summe 3983 11:07:09 kFit: (R=0 oder S=0) raus, alles fest, I1/I2 fitten a0 k1 aS K23 k3 dS dR 8.00 2.903E-11 0 1.627E-12 16.00 6.12E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/10< 168 2.04 998.00 120.3 849 80.3 112.1 135.62 31.1 64.93 >10/11< 150 2.04 2004.00 120.1 848 141.8 45.5 162.06 94.4 99.89 >10/12< 165 2.04 3053.00 120.1 848 206.0 12.1 214.97 128.5 111.12 >10/13< 166 2.03 5040.00 120.0 847 327.6 2.6 331.65 136.0 115.99 >10/14< 165 2.04 3055.00 120.1 848 206.2 12.3 215.09 130.5 111.18 >10/15< 182 2.04 2848.00 120.3 849 193.5 15.7 203.68 128.7 110.09 >10/16< 129 2.04 2498.00 120.4 850 172.1 23.6 185.19 116.7 107.27 >10/17< 146 2.04 2219.00 120.4 850 155.0 33.7 171.60 104.1 103.78 >10/18< 106 2.04 2003.00 120.3 849 141.8 44.9 162.09 92.4 99.96 >10/19< 141 2.04 1862.00 120.2 848 133.2 55.0 156.50 85.7 96.81 >10/20< 106 2.04 1504.00 120.1 848 111.2 77.9 145.13 57.6 86.22 >10/21< 99 2.04 1215.00 120.3 850 93.6 101.9 139.02 41.9 74.87 >10/22< 105 2.04 1001.00 120.4 851 80.5 111.0 135.80 30.8 65.09 >10/23< 107 2.04 855.00 120.3 850 71.5 123.2 133.94 26.9 57.91 >10/24< 177 2.04 503.00 120.3 850 50.0 129.5 130.84 16.8 39.47 >10/34< 177 3.02 497.00 174.6 1260 49.6 132.1 183.94 9.2 40.24 >10/35< 82 3.02 855.00 174.3 1258 71.5 126.0 185.34 12.2 60.47 >10/36< 108 3.02 997.00 174.3 1258 80.2 120.9 186.21 13.5 68.35 >10/37< 83 3.02 1504.00 174.2 1257 111.2 110.9 190.17 22.4 95.31 >10/38< 112 3.02 1862.00 174.2 1257 133.2 99.7 194.67 33.1 112.71 >10/39< 78 3.02 2001.00 174.1 1256 141.7 93.7 196.84 38.7 118.89 >10/40< 149 3.02 2494.00 174.2 1257 171.8 69.1 208.48 64.7 137.53 >10/41< 112 3.02 2490.00 174.3 1258 171.6 66.6 208.43 61.7 137.45 >10/42< 161 3.02 2000.00 174.2 1257 141.6 93.0 196.95 38.2 118.88 >10/43< 139 3.02 1862.00 174.4 1259 133.2 96.6 194.81 32.0 112.74 >10/44< 142 3.02 1504.00 174.2 1257 111.2 107.1 190.17 21.6 95.31 >10/45< 153 3.02 1214.00 174.2 1257 93.5 112.3 187.60 15.9 80.13 >10/46< 119 3.02 994.00 174.1 1256 80.0 118.7 185.93 13.3 68.17 >10/47< 101 3.02 853.00 174.1 1257 71.4 114.2 185.17 11.1 60.36 >10/48< 142 3.02 498.00 174.2 1257 49.7 119.5 183.62 8.4 40.29 Summe 3971 11:09:36 kFit: (R=0 oder S=0) raus, 10/12..10/14 raus, nur dS fitten a0 k1 aS K23 k3 dS dR 8.00 2.903E-11 0 1.627E-12 16.00 6.09(8)E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/10< 167 2.04 998.00 120.3 849 80.0 112.3 135.55 30.9 64.69 >10/11< 150 2.04 2004.00 120.1 848 141.2 46.1 161.64 93.8 99.69 >10/15< 182 2.04 2848.00 120.3 849 192.6 16.0 202.89 128.5 109.99 >10/16< 129 2.04 2498.00 120.4 850 171.3 24.0 184.55 116.3 107.13 >10/17< 146 2.04 2219.00 120.4 850 154.3 34.3 171.08 103.6 103.61 >10/18< 106 2.04 2003.00 120.3 849 141.2 45.5 161.68 91.8 99.76 >10/19< 141 2.04 1862.00 120.2 848 132.6 55.7 156.15 85.0 96.59 >10/20< 106 2.04 1504.00 120.1 848 110.8 78.4 144.93 57.0 85.95 >10/21< 100 2.04 1215.00 120.3 850 93.2 102.3 138.91 41.6 74.60 >10/22< 105 2.04 1001.00 120.4 851 80.2 111.2 135.74 30.6 64.85 >10/23< 108 2.04 855.00 120.3 850 71.3 123.4 133.89 26.7 57.69 >10/24< 178 2.04 503.00 120.3 850 49.8 129.5 130.82 16.8 39.34 >10/34< 176 3.02 497.00 174.6 1260 49.5 132.1 183.93 9.2 40.09 >10/35< 82 3.02 855.00 174.3 1258 71.3 126.0 185.32 12.2 60.23 >10/36< 108 3.02 997.00 174.3 1258 79.9 120.9 186.18 13.5 68.07 >10/37< 83 3.02 1504.00 174.2 1257 110.8 111.1 190.09 22.2 94.92 >10/38< 112 3.02 1862.00 174.2 1257 132.6 100.1 194.53 32.8 112.28 >10/39< 78 3.02 2001.00 174.1 1256 141.0 94.1 196.65 38.2 118.45 >10/40< 149 3.02 2494.00 174.2 1257 171.1 69.8 208.11 63.9 137.13 >10/41< 112 3.02 2490.00 174.3 1258 170.8 67.2 208.06 61.0 137.04 >10/42< 161 3.02 2000.00 174.2 1257 141.0 93.4 196.77 37.7 118.44 >10/43< 139 3.02 1862.00 174.4 1259 132.6 96.9 194.67 31.7 112.31 >10/44< 142 3.02 1504.00 174.2 1257 110.8 107.3 190.09 21.5 94.92 >10/45< 153 3.02 1214.00 174.2 1257 93.1 112.4 187.55 15.8 79.80 >10/46< 119 3.02 994.00 174.1 1256 79.7 118.8 185.90 13.2 67.89 >10/47< 101 3.02 853.00 174.1 1257 71.1 114.3 185.14 11.0 60.12 >10/48< 142 3.02 498.00 174.2 1257 49.5 119.5 183.61 8.4 40.15 Summe 3474 11:10:22 kFit: (R=0 oder S=0) raus, nur aS fitten a0 k1 aS K23 k3 dS dR 8.00 2.903E-11 -1.5(6)E-16 1.627E-12 16.00 6.09E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/10< 167 2.04 998.00 120.1 849 80.0 112.1 135.44 30.9 64.66 >10/11< 149 2.04 2004.00 119.8 848 141.2 45.7 161.56 93.9 99.50 >10/12< 164 2.04 3053.00 119.6 848 205.1 12.2 214.10 128.1 110.63 >10/13< 158 2.03 5040.00 119.3 847 326.1 2.6 330.15 135.3 115.24 >10/14< 167 2.04 3055.00 119.7 848 205.2 12.3 214.22 130.0 110.69 >10/15< 178 2.04 2848.00 119.9 849 192.6 15.8 202.87 128.3 109.62 >10/16< 130 2.04 2498.00 120.0 850 171.3 23.7 184.51 116.2 106.83 >10/17< 149 2.04 2219.00 120.1 850 154.3 33.9 171.02 103.6 103.37 >10/18< 106 2.04 2003.00 120.0 849 141.2 45.1 161.59 91.9 99.57 >10/19< 142 2.04 1862.00 119.9 848 132.6 55.3 156.05 85.2 96.43 >10/20< 107 2.04 1504.00 119.9 848 110.8 78.1 144.81 57.2 85.87 >10/21< 101 2.04 1215.00 120.1 850 93.2 102.0 138.78 41.7 74.56 >10/22< 105 2.04 1001.00 120.3 851 80.2 111.0 135.62 30.7 64.83 >10/23< 108 2.04 855.00 120.2 850 71.3 123.2 133.79 26.8 57.68 >10/24< 179 2.04 503.00 120.3 850 49.8 129.5 130.75 16.8 39.33 >10/34< 176 3.02 497.00 174.5 1260 49.5 132.1 183.86 9.2 40.09 >10/35< 81 3.02 855.00 174.2 1258 71.3 125.9 185.20 12.2 60.23 >10/36< 109 3.02 997.00 174.2 1258 79.9 120.8 186.05 13.5 68.06 >10/37< 83 3.02 1504.00 174.0 1257 110.8 110.9 189.91 22.3 94.90 >10/38< 111 3.02 1862.00 174.0 1257 132.6 99.8 194.33 32.9 112.23 >10/39< 77 3.02 2001.00 173.8 1256 141.1 93.8 196.45 38.4 118.38 >10/40< 148 3.02 2494.00 173.8 1257 171.1 69.3 207.93 64.2 136.97 >10/41< 112 3.02 2490.00 173.9 1258 170.8 66.8 207.88 61.2 136.88 >10/42< 161 3.02 2000.00 173.9 1257 141.0 93.1 196.57 37.9 118.37 >10/43< 140 3.02 1862.00 174.1 1259 132.6 96.7 194.47 31.8 112.25 >10/44< 143 3.02 1504.00 174.0 1257 110.8 107.1 189.91 21.5 94.90 >10/45< 154 3.02 1214.00 174.1 1257 93.1 112.2 187.39 15.9 79.79 >10/46< 119 3.02 994.00 173.9 1256 79.7 118.7 185.77 13.3 67.89 >10/47< 101 3.02 853.00 174.0 1257 71.1 114.2 185.03 11.1 60.11 >10/48< 143 3.02 498.00 174.2 1257 49.5 119.5 183.54 8.4 40.15 Summe 3964 new session, 1/09/1992 15:14:36 **** nachgezogen mit Auswahl 46 Eingabe-Datens„tze aus cresol10.dec p 127.5 T 317.3 maxKonz m-Cresol 6.03E12 O2 5.04E15 vorne 1.0 ms (zumindest jedoch einen Kanal) weglassen fr alle Kurven 10/22: ugKorr= 156/s, n=14 ==> 0.39s 10/23: ugKorr= -32/s, n=14 ==> 0.39s 10/24: ugKorr= -41/s, n=14 ==> 0.39s 10/25: ugKorr= -91/s, n=17 ==> 2.53s 10/34: ugKorr= 152/s, n=8 ==> 0.28s 10/35: ugKorr= -20/s, n=15 ==> 0.41s 10/36: ugKorr= -42/s, n=16 ==> 0.41s 10/45: ugKorr= -81/s, n=17 ==> 0.42s 10/46: ugKorr= -125/s, n=17 ==> 0.42s 10/47: ugKorr= 57/s, n=15 ==> 0.41s 10/48: ugKorr= -60/s, n=14 ==> 0.39s 10/49: ugKorr= -58/s, n=16 ==> 1.66s 15:35:45 kFit: a0 k1 aS K23 k3 dS dR 6.77 3.070E-11 0 1.490E-12 16.40 6.40(12)E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/22< 95 2.04 1001.00 119.4 818 83.2 108.2 135.11 32.8 67.40 >10/23< 72 2.04 855.00 119.2 818 73.8 120.8 133.05 28.1 60.01 >10/24< 99 2.04 503.00 119.2 818 51.3 127.8 129.68 17.0 40.86 10/25< 467 2.03 0.00 118.4 812 19.1 136.5 126.01 9.7 11.52 >10/34< 168 3.02 497.00 173.6 1212 50.9 131.0 182.75 9.1 41.71 >10/35< 75 3.02 855.00 173.3 1210 73.8 124.9 184.24 12.4 62.85 >10/36< 74 3.02 997.00 173.3 1211 82.9 119.3 185.17 13.8 71.06 >10/45< 104 3.02 1214.00 173.2 1210 96.8 110.1 186.68 16.5 83.32 >10/46< 90 3.02 994.00 173.1 1209 82.7 117.2 184.89 13.6 70.88 >10/47< 76 3.02 853.00 173.1 1209 73.7 112.9 184.07 11.2 62.73 >10/48< 105 3.02 498.00 173.2 1210 51.0 118.6 182.43 8.3 41.77 >10/49< 301 3.04 0.00 174.3 1218 19.1 127.8 181.81 5.9 11.62 Summe 1725 15:38:05 kFit: a0 k1 aS K23 k3 dS dR 7.35 3.000E-11 0 1.540E-12 16.15 6.44(12)E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/22< 95 2.04 1001.00 119.4 820 83.5 107.9 135.25 33.1 67.67 >10/23< 72 2.04 855.00 119.3 819 74.1 120.6 133.17 28.4 60.25 >10/24< 98 2.04 503.00 119.3 819 51.5 127.7 129.75 17.1 41.00 10/25< 478 2.03 0.00 118.5 813 19.1 136.5 126.07 9.7 11.49 >10/34< 167 3.02 497.00 173.3 1215 51.1 130.8 182.58 9.2 41.84 >10/35< 74 3.02 855.00 173.1 1213 74.1 124.6 184.09 12.5 63.10 >10/36< 73 3.02 997.00 173.1 1213 83.3 119.0 185.04 13.9 71.35 >10/45< 104 3.02 1214.00 173.0 1213 97.2 109.8 186.58 16.7 83.67 >10/46< 90 3.02 994.00 172.8 1211 83.1 117.0 184.76 13.7 71.16 >10/47< 75 3.02 853.00 172.9 1212 74.0 112.7 183.92 11.3 62.98 >10/48< 105 3.02 498.00 173.0 1213 51.1 118.4 182.25 8.4 41.90 >10/49< 311 3.04 0.00 174.1 1221 19.1 127.6 181.61 5.9 11.58 Summe 1741 new session, 1/09/1992 15:47:17 46 Eingabe-Datens„tze aus cresol10.dec p 127.5 T 317.3 maxKonz m-Cresol 6.03E12 O2 5.04E15 15:51:20 kFit: a0 k1 aS K23 k3 dS dR 6.77 3.070E-11 0 1.489E-12 16.38 6.40E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 10/22 512 2.04 1001.00 119.3 816 83.2 109.7 135.00 33.3 67.42 10/23 386 2.04 855.00 119.2 815 73.8 122.2 132.94 28.5 60.02 10/24 588 2.04 503.00 119.2 815 51.3 129.9 129.56 17.3 40.87 10/25 679 2.03 0.00 118.3 809 19.1 136.1 125.90 9.6 11.51 10/33 260 3.05 0.00 174.7 1218 19.1 133.5 182.21 6.1 11.62 10/34 576 3.02 497.00 173.4 1209 50.9 134.0 182.59 9.3 41.72 10/35 442 3.02 855.00 173.1 1207 73.8 127.2 184.08 12.6 62.87 10/36 417 3.02 997.00 173.2 1207 82.9 121.7 185.01 14.1 71.08 10/46 498 3.02 994.00 172.9 1205 82.7 119.4 184.73 13.8 70.89 10/47 474 3.02 853.00 173.0 1205 73.7 115.6 183.91 11.5 62.75 10/48 413 3.02 498.00 173.1 1206 51.0 120.7 182.27 8.4 41.77 10/49 432 3.04 0.00 174.2 1214 19.1 128.2 181.66 5.9 11.62 Summe 5678 ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ vorne 1.0 ms (zumindest jedoch einen Kanal) weglassen fr alle Kurven 15:52:29 kFit: a0 k1 aS K23 k3 dS dR 6.77 3.070E-11 0 1.489E-12 16.38 6.40E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/22 154 2.04 1001.00 119.3 816 83.2 108.5 135.00 32.9 67.42 >10/23 86 2.04 855.00 119.2 815 73.8 120.6 132.94 28.1 60.02 >10/24 136 2.04 503.00 119.2 815 51.3 127.6 129.56 17.0 40.87 10/25 679 2.03 0.00 118.3 809 19.1 136.1 125.90 9.6 11.51 >10/33 245 3.05 0.00 174.7 1218 19.1 132.9 182.21 6.1 11.62 >10/34 278 3.02 497.00 173.4 1209 50.9 131.5 182.59 9.2 41.72 >10/35 105 3.02 855.00 173.1 1207 73.8 124.7 184.08 12.4 62.87 >10/36 97 3.02 997.00 173.2 1207 82.9 119.1 185.01 13.8 71.08 >10/46 150 3.02 994.00 172.9 1205 82.7 116.8 184.73 13.5 70.89 >10/47 103 3.02 853.00 173.0 1205 73.7 113.1 183.91 11.2 62.75 >10/48 137 3.02 498.00 173.1 1206 51.0 118.4 182.27 8.3 41.77 >10/49 404 3.04 0.00 174.2 1214 19.1 127.4 181.66 5.9 11.62 Summe 2573 ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ 10/22: ugKorr= 156/s, n=14 ==> 0.39s 10/23: ugKorr= -32/s, n=14 ==> 0.39s 10/24: ugKorr= -41/s, n=14 ==> 0.39s 10/25: ugKorr= -91/s, n=17 ==> 2.53s 10/33: ugKorr= -89/s, n=12 ==> 1.44s 10/34: ugKorr= 152/s, n=8 ==> 0.28s 10/35: ugKorr= -20/s, n=15 ==> 0.41s 10/36: ugKorr= -41/s, n=16 ==> 0.41s 10/46: ugKorr= -125/s, n=17 ==> 0.42s 10/47: ugKorr= 54/s, n=16 ==> 0.41s 10/48: ugKorr= -60/s, n=14 ==> 0.39s 10/49: ugKorr= -58/s, n=16 ==> 1.66s 15:53:32 kFit: a0 k1 aS K23 k3 dS dR 7.00 3.070E-11 0 1.489E-12 16.00 6.40E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/22< 95 2.04 1001.00 118.3 778 82.9 107.8 133.66 32.5 67.54 >10/23< 73 2.04 855.00 118.2 778 73.5 120.4 131.61 27.7 60.13 >10/24< 98 2.04 503.00 118.2 778 51.0 127.5 128.29 16.6 40.93 10/25< 384 2.03 0.00 117.4 772 18.8 136.5 124.70 9.4 11.51 >10/33< 287 3.05 0.00 173.2 1162 18.8 133.0 180.43 5.9 11.61 >10/34< 175 3.02 497.00 171.9 1153 50.6 130.5 180.79 8.9 41.75 >10/35< 72 3.02 855.00 171.7 1151 73.5 124.3 182.25 12.1 62.93 >10/36< 73 3.02 997.00 171.7 1152 82.6 118.7 183.17 13.5 71.16 >10/46< 93 3.02 994.00 171.4 1150 82.4 116.7 182.89 13.3 70.97 >10/47< 73 3.02 853.00 171.5 1150 73.4 112.5 182.08 10.9 62.81 >10/48< 101 3.02 498.00 171.6 1151 50.7 118.1 180.47 8.1 41.81 >10/49< 255 3.04 0.00 172.7 1158 18.8 127.4 179.89 5.7 11.61 Summe 1778 ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ 15:54:28 kFit: a0 k1 aS K23 k3 dS dR 6.77 3.070E-11 0 1.489E-12 16.00 8.00E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/22< 102 2.04 1001.00 118.1 778 98.8 93.2 137.97 47.3 78.92 >10/23< 83 2.04 855.00 118.0 778 87.1 110.2 134.43 38.3 70.68 >10/24< 80 2.04 503.00 118.0 778 58.9 124.7 129.09 19.7 47.86 10/25< 409 2.03 0.00 117.2 772 18.7 136.2 124.48 9.4 11.41 >10/33< 274 3.05 0.00 173.0 1162 18.7 132.8 180.21 5.9 11.51 >10/34< 242 3.02 497.00 171.7 1153 58.5 129.5 181.11 9.9 49.07 >10/35< 95 3.02 855.00 171.4 1151 87.1 121.5 183.39 15.1 75.15 >10/36< 77 3.02 997.00 171.5 1152 98.5 114.7 184.82 17.7 85.13 >10/46< 116 3.02 994.00 171.2 1150 98.2 112.7 184.53 17.4 84.91 >10/47< 82 3.02 853.00 171.3 1150 86.9 109.9 183.22 13.6 75.00 >10/48< 87 3.02 498.00 171.4 1151 58.5 117.3 180.79 9.0 49.13 >10/49< 266 3.04 0.00 172.5 1158 18.7 127.2 179.67 5.7 11.51 Summe 1914 ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ 15:55:08 kFit: a0 k1 aS K23 k3 dS dR 6.77 3.070E-11 0 1.489E-12 16.00 10.00E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/22< 131 2.04 1001.00 118.1 778 118.8 69.6 146.36 71.3 90.56 >10/23< 122 2.04 855.00 118.0 778 104.2 92.3 139.83 56.6 82.38 >10/24< 109 2.04 503.00 118.0 778 69.0 120.2 130.62 24.6 56.39 10/25< 409 2.03 0.00 117.2 772 18.7 136.2 124.48 9.4 11.41 >10/33< 274 3.05 0.00 173.0 1162 18.7 132.8 180.21 5.9 11.51 >10/34< 328 3.02 497.00 171.7 1153 68.4 128.2 181.87 11.5 58.25 >10/35< 133 3.02 855.00 171.4 1151 104.2 116.6 185.58 20.3 90.06 >10/36< 94 3.02 997.00 171.5 1152 118.4 107.3 188.03 25.5 101.87 >10/46< 150 3.02 994.00 171.2 1150 118.1 105.4 187.73 25.0 101.59 >10/47< 104 3.02 853.00 171.3 1150 104.0 105.5 185.40 18.3 89.88 >10/48< 94 3.02 498.00 171.4 1151 68.5 116.2 181.56 10.5 58.33 >10/49< 266 3.04 0.00 172.5 1158 18.7 127.2 179.67 5.7 11.51 Summe 2215 ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ 15:55:54 kFit: a0 k1 aS K23 k3 dS dR 6.77 3.070E-11 0 1.489E-12 16.00 5.00E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/22< 127 2.04 1001.00 118.1 778 68.8 116.0 130.68 23.5 56.19 >10/23< 109 2.04 855.00 118.0 778 61.5 126.1 129.44 21.2 50.02 >10/24< 190 2.04 503.00 118.0 778 43.9 128.9 127.32 14.4 34.54 10/25< 409 2.03 0.00 117.2 772 18.7 136.2 124.48 9.4 11.41 >10/33< 274 3.05 0.00 173.0 1162 18.7 132.8 180.21 5.9 11.51 >10/34< 123 3.02 497.00 171.7 1153 43.6 130.8 180.15 8.1 35.12 >10/35< 65 3.02 855.00 171.4 1151 61.5 125.8 181.06 10.1 51.83 >10/36< 93 3.02 997.00 171.5 1152 68.6 120.9 181.67 10.9 58.38 >10/46< 85 3.02 994.00 171.2 1150 68.4 118.8 181.39 10.7 58.23 >10/47< 82 3.02 853.00 171.3 1150 61.4 113.8 180.89 9.2 51.74 >10/48< 145 3.02 498.00 171.4 1151 43.6 118.3 179.83 7.3 35.16 >10/49< 266 3.04 0.00 172.5 1158 18.7 127.2 179.67 5.7 11.51 Summe 1968 ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ 15:56:39 kFit: a0 k1 aS K23 k3 dS dR 6.77 3.070E-11 0 1.489E-12 16.00 4.00E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/22< 198 2.04 1001.00 118.1 778 58.7 120.2 129.16 18.9 47.69 >10/23< 193 2.04 855.00 118.0 778 52.9 129.2 128.31 17.7 42.60 >10/24< 332 2.04 503.00 118.0 778 38.8 129.8 126.83 13.0 29.99 10/25< 409 2.03 0.00 117.2 772 18.7 136.2 124.48 9.4 11.41 >10/33< 274 3.05 0.00 173.0 1162 18.7 132.8 180.21 5.9 11.51 >10/34< 106 3.02 497.00 171.7 1153 38.6 131.0 179.87 7.6 30.43 >10/35< 85 3.02 855.00 171.4 1151 52.9 126.6 180.46 9.0 43.88 >10/36< 136 3.02 997.00 171.5 1152 58.6 122.0 180.90 9.4 49.17 >10/46< 98 3.02 994.00 171.2 1150 58.5 119.9 180.63 9.2 49.06 >10/47< 112 3.02 853.00 171.3 1150 52.8 114.5 180.29 8.1 43.81 >10/48< 209 3.02 498.00 171.4 1151 38.6 118.4 179.54 6.9 30.46 >10/49< 266 3.04 0.00 172.5 1158 18.7 127.2 179.67 5.7 11.51 Summe 2417 ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ 15:57:21 kFit: a0 k1 aS K23 k3 dS dR 6.77 3.070E-11 0 1.489E-12 16.00 3.000E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/22< 360 2.04 1001.00 118.1 778 48.7 123.1 127.94 15.3 38.91 >10/23< 383 2.04 855.00 118.0 778 44.4 131.3 127.37 14.8 34.99 >10/24< 592 2.04 503.00 118.0 778 33.8 130.3 126.40 11.8 25.40 10/25< 409 2.03 0.00 117.2 772 18.7 136.2 124.48 9.4 11.41 >10/33< 274 3.05 0.00 173.0 1162 18.7 132.8 180.21 5.9 11.51 >10/34< 124 3.02 497.00 171.7 1153 33.6 131.0 179.60 7.1 25.72 >10/35< 147 3.02 855.00 171.4 1151 44.4 127.1 179.92 8.0 35.87 >10/36< 230 3.02 997.00 171.5 1152 48.6 122.7 180.24 8.2 39.87 >10/46< 151 3.02 994.00 171.2 1150 48.5 120.7 179.96 8.0 39.78 >10/47< 183 3.02 853.00 171.3 1150 44.3 115.0 179.76 7.2 35.81 >10/48< 322 3.02 498.00 171.4 1151 33.6 118.4 179.28 6.4 25.75 >10/49< 266 3.04 0.00 172.5 1158 18.7 127.2 179.67 5.7 11.51 Summe 3442 ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ 15:58:33 kFit: a0 k1 aS K23 k3 dS dR 6.77 3.070E-11 0 1.489E-12 16.00 4.00E-14 0 MR chi2 [R] [S] a bc d I1 w1 I2 w2 >10/22< 198 2.04 1001.00 118.1 778 58.7 120.2 129.16 18.9 47.69 >10/23< 193 2.04 855.00 118.0 778 52.9 129.2 128.31 17.7 42.60 >10/24< 332 2.04 503.00 118.0 778 38.8 129.8 126.83 13.0 29.99 10/25< 409 2.03 0.00 117.2 772 18.7 136.2 124.48 9.4 11.41 >10/33< 274 3.05 0.00 173.0 1162 18.7 132.8 180.21 5.9 11.51 >10/34< 106 3.02 497.00 171.7 1153 38.6 131.0 179.87 7.6 30.43 >10/35< 85 3.02 855.00 171.4 1151 52.9 126.6 180.46 9.0 43.88 >10/36< 136 3.02 997.00 171.5 1152 58.6 122.0 180.90 9.4 49.17 >10/46< 98 3.02 994.00 171.2 1150 58.5 119.9 180.63 9.2 49.06 >10/47< 112 3.02 853.00 171.3 1150 52.8 114.5 180.29 8.1 43.81 >10/48< 209 3.02 498.00 171.4 1151 38.6 118.4 179.54 6.9 30.46 >10/49< 266 3.04 0.00 172.5 1158 18.7 127.2 179.67 5.7 11.51 Summe 2417 ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ ΔΕΔ