239NP 239U B- DECAY (23.46 M) 239NP H TYP=Update$AUT=V.Chechev$CUT=31-MAR-2009$ 239NP2 H TYP=Full$AUT=V. Chechev$CUT=01-AUG-2005$ 239NP3 H TYP=Update$AUT=MMBé$CUT= -- $ 239NP C Evaluation history: Type=Update;Author=V.Chechev;Cutoff date=31-MAR-2009 239NP2C Type=Full;Author=V. Chechev;Cutoff date=01-AUG-2005 239NP3C Type=Update;Author=MMBé;Cutoff date= -- 239NP C References: 1943Mi10, 1947Fe05, 1957Ho07, 1964Bl11, 1968Ma06, 1969Hu21, 239NP2C 1969Cl12, 1969En02, 1971Ar47, 1975Pa04, 1979Bo30, 1982Ah04, 1989Ab05, 239NP3C 1996Sa23, 2003Au03, 2003Br12, 2006WoO3, 2008Ki07 239NP T Auger electrons and X ray energies and emission intensities: 239NP T {U Energy (keV)} {U Intensity} {U Line} 239NP T 239NP T 97.069 0.091 3 XKA2 239NP T 101.059 0.144 5 XKA1 239NP T 239NP T 113.303 |] XKB3 239NP T 114.234 |] 0.052 2 XKB1 239NP T 114.912 |] XKB5II 239NP T 239NP T 117.463 |] XKB2 239NP T 117.876 |] 0.018 1 XKB4 239NP T 118.429 |] XKO23 239NP T 239NP T 11.871-21.491 16.1 5 XL (total) 239NP T 11.871 0.38 2 XLL 239NP T 13.671-13.946 7.0 2 XLA 239NP T 15.861 0.108 4 XLC 239NP T 16.109-17.992 6.9 2 XLB 239NP T 20.784-21.491 1.68 4 XLG 239NP T 239NP T 73.501-83.134 |] KLL AUGER 239NP T 90.358-101.054 |] 0.0091 13 KLX AUGER 239NP T 107.19-118.66 |] KXY AUGER 239NP T 6.04-13.12 14.7 7 L AUGER 239U P 0.0 5/2+ 23.46 M 5 1261.5 16 239NP N 1.0 1.0 1 1.0 239NP G 46.6 0.009 4 239NP G 134.71 130.0019 3 239NP G 142.5 1 0.0045 6 239NP G 174.07 6 0.0097 3 239NP G 220.52 4 0.0282 7 239NP G 236.28 140.00092 18 239NP G 262.89 190.0008 3 239NP G 265.44 170.0009 3 239NP G 330.14 140.00069 13 239NP G 332.06 140.0012 2 239NP G 348.23 180.0007 3 239NP G 351.33 150.0007 2 239NP G 361.83 8 0.0044 3 239NP G 393.01 180.0006 2 239NP G 400.55 150.0009 2 239NP G 404.84 180.0009 3 239NP G 445.81 120.0011 2 239NP G 452.17 120.0016 2 239NP G 478.13 190.00055 23 239NP G 479.55 140.0010 2 239NP G 490.33 130.0007 1 239NP G 502.12 170.0006 2 239NP G 506.80 140.0010 2 239NP G 541.32 100.0029 3 239NP G 558.46 170.0006 2 239NP G 567.88 180.0004 1 239NP G 575.27 5 0.0131 4 239NP G 577.15 140.0014 3 239NP G 585.49 140.0012 2 239NP G 591.82 190.0009 4 239NP G 599.13 150.0007 2 239NP G 602.79 8 0.0048 3 239NP G 604.85 6 0.00096 27 239NP G 614.53 170.0006 2 239NP G 618.03 160.0007 2 239NP G 629.00 110.0027 3 239NP G 649.79 190.0009 4 239NP G 668.76 180.00055 18 239NP G 670.88 200.0006 3 239NP G 691.01 6 0.0074 3 239NP G 692.61 130.0016 3 239NP G 701.21 100.0024 2 239NP G 714.22 9 0.0030 3 239NP G 730.95 6 0.0090 3 239NP G 746.06 110.0043 5 239NP G 764.04 110.0026 3 239NP G 768.15 110.0020 2 239NP G 769.52 170.0004 1 239NP G 795.13 150.0008 2 239NP G 829.59 170.00046 13 239NP G 831.89 9 0.0021 2 239NP G 862.56 180.0004 1 239NP G 913.68 9 0.0019 1 239NP G 948.88 190.00024 10 239NP G 970.07 140.0009 2 239NP G 988.51 140.00044 9 239NP G 1002.40 130.00049 9 239NP G 1005.27 130.0006 1 239NP G 1009.38 180.0003 1 239NP G 1101.99 160.00031 1 239NP L 0 5/2+ 2.356 D 3 239NP B 1261.5 1614.4 22 6.7 239NPS B EAV=418.6 5 239NP L 31.1310 127/2+ 239NP B 1230.4 169.4 15 6.83 239NPS B EAV=406.8 5 239NP G 31.1310 120.072 4M1+E2 0.17 1 263 13 239NP2 G LC=195 10$MC=50 3 239NP L 71.210 2 9/2+ 239NP G 71.210 2 0.00193 4E2 71.9 14 239NP2 G LC=52.3 10$MC=14.6 3 239NP L 74.664 1 5/2- 1.39 NS 3 239NP B 1186.5 1672.8 19 5.91 239NPS B EAV=390.4 5 239NP G 43.533 1 4.35 28E1 1.14 3 239NP2 G LC=0.856 17$MC=0.215 4 239NP G 74.664 1 51.6 13E1 0.276 6 239NP2 G LC=0.207 4$MC=0.0512 10 239NP L 117.727 207/2- 40 PS 239NP B 1143.9 162.2 4 7.4 1 239NPS B EAV=374.0 5 239NP G 43.06 2 0.013 2M1+E2 0.38 38 154 18 239NP2 G LC=114 13$MC=30 4 239NP G 86.72 7 0.055 5E1 0.186 4 239NP2 G LC=0.140 3$MC=0.0344 7 239NP G 117.727 200.113 9E1 0.0841 17 239NP2 G LC=0.0632 13$MC=0.0155 3 239NP L 122.5 10(11/2)+ 239NP L 173.10 4 9/2- 239NP G 55.37 5 8.36E-5 20M1+E2 0.6 2 90 30 239NP2 G LC=63 20$MC=17 6 239NP L 241.36 5 (11/2-)- 239NP G 170.15 5 0.031 1 239NP L 260.799 17(3/2)- 239NP G 186.15 4 0.0288 7[M1+E2] 2.6 16 239NP2 G KC=1.7 16$LC=0.645 13$MC=0.167 14 239NP G 260.80 2 0.0031 2[E1] 0.0549 11 239NP2 G KC=0.0434 9$LC=0.0087 2$MC=0.00211 4 239NP L 438.83 5 (11/2+)+ 239NP G 197.28 120.0024 3 239NP L 448.178 16(3/2-)- 239NP G 187.28 8 0.0056 3[M1+E2] 2.6 16 239NP2 G KC=1.7 16$LC=0.631 13$MC=0.164 14 239NP G 373.51 4 0.025 6[M1+E2] 0.35 22 239NP2 G KC=0.26 22$LC=0.07 3$MC=0.017 6 239NP G 448.18 2 0.0090 3[E1] 0.0173 4 239NP2 G KC=0.0139 3$LC=0.00258 5$MC=0.00062 1 239NP L 452.736 2 (5/2+,7/2-)+ 239NP G 378.06 6 0.0101 4 239NP G 381.27 160.0006 2 239NP L 474.36 6 + 239NP B 787.1 160.0033 4 239NPS B EAV=244.0 5 239NP G 399.13 130.0016 3 239NP G 474.36 6 0.0017 2 239NP L 517.998 20(7/2-)- 239NP B 743.5 160.063 2 1 239NPS B EAV=228.6 5 239NP G 486.87 3 0.0618 14[E1] 0.0147 4 239NP2 G KC=0.0118 3$LC=0.00217 5$MC=0.00052 1 239NP G 518.00 2 0.0045 3[E1] 0.0130019 239NP2 G KC=0.01050 15$LC=0.00190 4$MC=0.00046 1 239NP L 530.29 6 + 239NP B 731.2 160.0029 4 239NPS B EAV=224.3 5 239NP G 455.63 6 0.0008 3 239NP G 499.1 1 0.0021 2 239NP L 563.89 4 + 239NP B 697.6 160.0247 7 239NPS B EAV=212.6 5 239NP G 111.0 2 0.0202 5 239NP G 492.76 7 0.0050 2 239NP G 532.86 100.0023 2 239NP G 563.89 4 0.0004 2 239NP L 579.40 4 (9/2-)- 239NP G 504.76 8 0.0052 3[E2] 0.0488 10 239NP2 G KC=0.0293 6$LC=0.0143 3$MC=0.0038 1 239NP G 547.99 120.0020 3[E1] 0.0117024 239NP2 G KC=0.00941 19$LC=0.00170 4$MC=0.00041 1 239NP L 662.282 17(5/2-)- 239NP B 599.2 160.261 6 7.35 239NPS B EAV=179.0 5 239NP G 544.48 9 0.0036 3[M1+E2] 0.13 9 239NP2 G KC=0.10 8$LC=0.022 11$MC=0.005 3 239NP G 587.62 2 0.0193 5[M1+E2] 0.11 7 239NP2 G KC=0.08 6$LC=0.018 9$MC=0.004 2 239NP G 631.10 3 0.067 2[E1] 0.0089217 239NP2 G KC=0.0072 2$LC=0.00128 3$MC=0.00031 1 239NP G 662.28 2 0.170 5[E1] 0.0081516 239NP2 G KC=0.00660 13$LC=1170E-6 17$MC=0.00028 1 239NP L 695.229 23(7/2-)- 239NP B 566.3 160.0118 11 1 239NPS B EAV=168.0 5 239NP G 522.12 100.0024 2[M1+E2] 0.14 10 239NP2 G KC=0.11 9$LC=0.025 13$MC=0.006 3 239NP G 624.11 7 0.0062 3[E1] 0.0091 2 239NP2 G KC=0.00737 15$LC=0.00131 3$MC=0.00031 1 239NP G 664.17 9 0.0054 4[E1] 0.0081116 239NP2 G KC=0.00657 13$LC=1160E-6 17$MC=0.00028 1 239NP G 695.23 2 0.0036 3[E1] 0.0074515 239NP2 G KC=0.00604 13$LC=1060E-6 15$MC=0.00025 1 239NP L 781.93 4 + 239NP G 707.38 9 0.0022 2 239NP L 784.94 5 + 239NP G 710.35 150.003 239NP L 819.26 3 (7/2)+ 239NP B 442.2 160.228 3 239NPS B EAV=127.4 5 239NP G 239.86 5 0.00087 23 239NP G 255.37 5 0.0011 2 239NP G 646.26 100.0029 3 239NP G 748.09 3 0.0890 4 239NP G 788.19 7 0.0049 2 239NP G 819.26 3 0.129 3 239NP L 844.10 3 (5/2,7/2)+ 239NP B 417.4 160.215 3 239NPS B EAV=119.6 5 239NP G 326.21 7 0.0044 2 239NP G 772.94 9 0.0029 2 239NP G 812.89 3 0.0685 3 239NP G 844.10 3 0.139 3 239NP L 849.44 9 + 239NP B 412.0 160.0264 4 239NPS B EAV=117.8 5 239NP G 588.70 8 0.0055 3 239NP G 607.96 150.0013 3 239NP G 727.52 100.0026 3 239NP G 774.77 4 0.015 4 239NP G 849.44 9 0.0020 2 239NP L 863.46 6 (3/2,5/2,7/2)+ 239NP B 398.1 160.0005 2 239NPS B EAV=113.4 5 239NP G 201.18 6 0.0005 2 239NP L 959.18 3 + 239NP B 302.3 160.0284 7 239NPS B EAV=83.9 5 239NP G 296.93 13 [M1+E2] 0.7 5 239NP2 G KC=0.5 4$LC=0.13 4$MC=0.034 9 239NP G 395.19 110.0021 2 239NP G 841.45 4 0.0025 4 239NP G 884.45 5 0.0086 2 239NP G 887.97 3 0.0023 2 239NP G 928.05 3 0.0051 2 239NP G 959.18 3 0.0078 3 239NP L 964.234 20(7/2-)- 239NP B 297.3 160.211 3 1 239NPS B EAV=82.4 5 239NP G 301.95 3 0.0011 3[M1+E2] 0.6 5 239NP2 G KC=0.5 4$LC=0.13 4$MC=0.032 9 239NP G 703.63 100.0023 2[E2] 0.0234 5 239NP2 G KC=0.0162 3$LC=0.00537 11$MC=0.00138 3 239NP G 722.85 4 0.0270 7[E2] 0.0222 4 239NP2 G KC=0.0155 3$LC=0.00499 10$MC=1060E-6 18 239NP G 791.13 5 0.0075 2 239NP G 846.39 4 0.0312 8[M1+E2] 0.04 3 239NP2 G KC=0.032 21$LC=0.007 4$MC=0.0016 8 239NP G 889.49 4 0.0209 5[M1+E2] 0.036 22 239NP2 G KC=0.029 18$LC=0.006 3$MC=0.0014 7 239NP G 933.09 3 0.0262 6[E1] 0.00439 9 239NP2 G KC=0.00358 7$LC=0.00061 1$MC=0.00015 1 239NP G 964.23 2 0.0905 20[E1] 0.00415 8 239NP2 G KC=0.00338 7$LC=0.00058 1$MC=0.00014 1 239NP L 966.55 5 (7/2,9/2-)- 239NP B 295.0 160.0008 2 1 239NPS B EAV=81.7 5 239NP G 895.15 150.0008 2 239NP L 992.158 22(7/2-)- 239NP B 269.3 160.0262 9 1 239NPS B EAV=74.0 5 239NP G 296.93 130.0014 2[M1+E2] 0.7 5 239NP2 G KC=0.5 4$LC=0.13 4$MC=0.034 9 239NP G 869.57 9 0.0016 1 239NP G 874.43 3 0.0033 2[M1+E2] 0.038 23 239NP2 G KC=0.030 19$LC=0.006 4$MC=0.0015 8 239NP G 917.40 8 0.0027 1[M1+E2] 0.034 22 239NP2 G KC=0.026 17$LC=0.005 3$MC=0.0013 7 239NP G 920.95 8 0.0026 1[E1] 0.00450 9 239NP2 G KC=0.00366 6$LC=0.00063 1$MC=0.00015 1 239NP G 960.99 5 0.0105 3[E1] 0.00417 9 239NP2 G KC=0.00340 7$LC=0.00058 1$MC=0.00014 1 239NP G 992.16 2 0.0028 1[E1] 0.00395 8 239NP2 G KC=0.00322 7$LC=0.00055 1$MC=0.00013 1 239NP L 1013.64 8 - 239NP B 247.9 160.0074 4 239NPS B EAV=67.6 5 239NP G 560.63 7 0.0058 3 239NP G 752.84 8 0.0013 3 239NP G 938.98 8 0.00031 8 239NP L 1040.37 4 (5/2-,7/2)+ 239NP B 221.1 160.0077 4 239NPS B EAV=59.9 5 239NP G 258.44 6 0.00073 18 239NP G 345.13 8 0.0039 2 239NP G 779.57 140.0006 1 239NP G 867.11 110.00076 8 239NP G 922.83 130.0006 1 239NP G 1040.37 4 0.0011 1 239NP L 1049.24 4 (9/2-)- 239NP B 212.3 160.0059 4 1U 239NPS B EAV=57.3 5 239NP G 931.51 5 0.0053 3[M1+E2] 0.032 19 239NP2 G KC=0.026 16$LC=0.005 3$MC=0.0013 7 239NP G 974.58 4 0.00040 8[E2] 0.0123 5 239NP2 G KC=0.00917 18$LC=0.00234 5$MC=0.00059 1 239NP L 1096.99 3 - 239NP B 164.5 160.0060 5 239NPS B EAV=43.7 5 239NP G 312.05 3 0.0006 239NP G 434.71 4 0.0012 2(E1) 0.0184 4 239NP2 G KC=0.0148 3$LC=0.00276 5$MC=0.00066 1 239NP G 644.253 300.0019 4 239NP G 1065.76 120.00059 8[M1+E2] 0.023 13 239NP2 G KC=0.018 11$LC=0.004 2$MC=0.0009 4 239NP G 1096.99 3 0.0016 1[M1+E2] 0.022 13 239NP2 G KC=0.017 11$LC=0.003 2$MC=0.0008 4