237NP 241AM A DECAY (432.6 Y)
237NP H TYP=Update$AUT=V.P. Chechev. N.K. Kuzmenco$CUT=01-SEP-2010$
237NP2 H TYP=update$AUT=Chechev$CUT= -- $
237NP3 H TYP=Full$AUT=V.P. Chechev. N.K. Kuzmenco$CUT= -- $
237NP C Evaluation history: Type=Update;Author=V.P. Chechev. N.K. Kuzmenco;Cutoff date=01-SEP-2010
237NP2C Type=update;Author=Chechev;Cutoff date= --
237NP3C Type=Full;Author=V.P. Chechev. N.K. Kuzmenco;Cutoff date= --
237NP C References: 1952Be24, 1955Tu13, 1955Ja01, 1955Da02, 1956Ho38, 1955Go57,
237NP2C 1957Ro20, 1957Ma17, 1959Sa10, 1960As02, 1962LE11, 1964Wo03, 1964Ba26,
237NP3C 1965Mi06, 1965Be38, 1965Mc12, 1966Ya05, 1966Le13, 1967Pa23, 1967Gu08,
237NP4C 1967Br26, 1967Oe01, 1966Ko06, 1968St02, 1968Je01, 1968Br22, 1968Ba25,
237NP5C 1968Ka09, 1969Pe17, 1970Ne11, 1970Gr36, 1971Cl03, 1971Wa28, 1971Gr17,
237NP6C 1971Ka48, 1971Ge11, 1972Jo07, 1974HeYW, 1974Ga40, 1974Ca16, 1974StYG,
237NP7C 1974Po16, 1975Ra35, 1975Le09, 1976Pl05, 1976GuZN, 1978Ge06, 1978Ov01,
237NP8C 1978Ge17, 1979Ar11, 1982Ba56, 1983De11, 1983Hu04, 1983Ah02, 1984Ah06,
237NP9C 1984Ov02, 1987Bo25, 1987De22, 1988ChZL, 1988Co07, 1992Ma16, 1992Bl07,
237NP10C 1994Le37, 1994Bl12, 1995Ak01, 1996Jo28, 1998Ab43, 1998Ko61, 1998Ya17,
237NP11C 2000Ho27, 2000He14, 2001Sc08, 2003Au03, 2005Iw01, 2006Ba41, 2008Le07,
237NP12C 2008Go10, 2008Ki07
237NP T Auger electrons and X ray energies and emission intensities:
237NP T {U Energy (keV)} {U Intensity} {U Line}
237NP T
237NP T 97.069 0.00113430 XKA2
237NP T 101.059 0.00181 5 XKA1
237NP T
237NP T 113.303 |] XKB3
237NP T 114.234 |] 0.00065821 XKB1
237NP T 114.912 |] XKB5II
237NP T
237NP T 117.463 |] XKB2
237NP T 117.876 |] 0.000226 8 XKB4
237NP T 118.429 |] XKO23
237NP T
237NP T 11.89-22.2 37.66 17 XL (total)
237NP T 11.89 0.844 9 XLL
237NP T 13.76-13.944 13.02 10 XLA
237NP T 15.876 0.384 20 XLC
237NP T 16.13-17.79 18.58 13 XLB
237NP T 20.12-22.2 4.83 30 XLG
237NP T
237NP T 73.5-83.13 |] KLL AUGER
237NP T 90.36-97.28 |] 0.00011416 KLX AUGER
237NP T 107.1-114.58 |] KXY AUGER
237NP T 6.04-13.52 33.4 17 L AUGER
241AM P 0.0 5/2- 432.6 Y 6 5637.82 12
237NP N 1.0 1.0 1 1.0
237NP G 32.183 0.0174 4
237NP G 57.85 5 0.0052 15
237NP G 106.42 5 0.000015
237NP G 128.05
237NP G 136.7
237NP G 156.4 3
237NP G 190.4 2.2E-6 5
237NP G 201.70 148E-7
237NP G 270.63 155E-7 2
237NP G 271.54 1.44E-6 5
237NP G 324.69 1.8E-6 3
237NP G 329.69 1.1E-6 2
237NP G 350.71 1.39E-6 5
237NP G 374.83 3.13E-6 6
237NP G 389.0 3 4.9E-7
237NP G 390.61 5 5.73E-6 10
237NP G 411.27 1.8E-7 4
237NP G 429.9 1 1.09E-6 5
237NP G 440.63 5.6E-7 3
237NP G 442.81 7 3.31E-6 8
237NP G 486.05 1.05E-6 6
237NP G 494.39 1.0E-7 2
237NP G 501.39 1.4E-7 2
237NP G 525.14 1.6E-7 3
237NP G 532.44 8E-8 2
237NP G 548.15 5E-8 2
237NP G 555.25 9E-8 2
237NP G 582.89 1.01E-6 6
237NP G 600.26 2.2E-7 3
237NP G 636.9 2.1E-7 3
237NP G 693.46 3.54E-6 8
237NP G 709.42 5 6.41E-6 19
237NP G 712.5 2.0E-7 3
237NP G 731.44 4.6E-7 4
237NP G 736.68 1.28E-6 5
237NP G 740.51 1.9E-7 3
237NP G 742.9 3 3.5E-7
237NP G 745.02 9E-8 2
237NP G 750.39 6E-8 2
237NP G 759.5 1 1.81E-6 5
237NP G 763.31 2.3E-7 2
237NP G 774.67 1.1E-7 2
237NP G 777.39 1.5E-7 2
237NP G 780.53 3.1E-7 2
237NP G 782.2 5 1.5E-7
237NP G 789.0 3 4.2E-7 6
237NP G 792.6 3E-8 1
237NP G 794.92 209.4E-7
237NP G 803.19 1.6E-7 3
237NP G 811.9 3 6.3E-7 6
237NP G 819.33 4.3E-7 6
237NP G 822.21 2.4E-7 6
237NP G 835.21 3E-8 1
237NP G 838.88 4E-8 1
237NP G 841.14 1.0E-7 3
237NP G 843.7 9.7E-7 8
237NP G 846.86 1.6E-7 3
237NP G 847.4 5 2.7E-7 3
237NP G 851.6 104.1E-7 6
237NP G 854.95 2.3E-7 4
237NP G 856.26 1.0E-7 3
237NP G 870.63 1.50E-6 4
237NP G 882 4E-8 1
237NP G 886.53 1.5E-7 3
237NP G 890.38 3.2E-7 5
237NP G 894.47 3E-8 1
237NP G 898.17 6E-8 2
237NP G 902.61 3.3E-7 3
237NP G 909.95 5E-8 1
237NP G 912.4 2.8E-7 3
237NP G 928.95 9E-8 2
237NP G 939.2 5E-8 1
237NP G 952.72 3E-8 1
237NP G 955.91 6.0E-7 5
237NP G 969.09 3E-8 1
237NP G 980.84 3E-8 1
237NP L 0 5/2+ 2.144E6 Y 7
237NP A 5544.11 120.38 1 610
237NP L 33.19629 227/2+ 54 PS 24
237NP A 5511.46 120.23 1 600
237NP G 33.1963 3 0.1215 28M1+E2 0.13 3 175 24
237NP2 G LC=131 17$MC=33 5
237NP L 59.54092 105/2- 67 NS 2
237NP A 5485.56 1284.45 101.3
237NP G 26.34460 202.31 8E1 8 2
237NP2 G LC=6 2$MC=1.6 2
237NP G 59.5409 1 35.92 17E1 1.16 7
237NP2 G LC=0.84 6$MC=0.226 7
237NP L 75.899 5 9/2+ 56 PS
237NP A 5469.47 120.04 2000
237NP G 42.704 5 0.0055 11(M1+E2) 0.13 3 75 7
237NP2 G LC=56 5$MC=13.9 14
237NP G 75.90 1 0.0006 (E2) 53.1 11
237NP2 G LC=38.6 8$MC=10.76 22
237NP L 102.959 3 7/2- 80 PS 40
237NP A 5442.86 1213.23 104.3
237NP G 27.06 1
237NP G 43.420 3 0.0669 29M1+E2 0.45 5 180 23
237NP2 G LC=132 17$MC=35 5
237NP G 69.76 3 0.0029 4(E1) 0.330 7
237NP2 G LC=0.248 5$MC=0.0612 12
237NP G 102.98 2 0.0195 4E1 0.1189 24
237NP2 G LC=0.0895 18$MC=0.0219 4
237NP L 129.99 3 11/2+
237NP A 5416.28 130.01 4000
237NP G 54.09 3
237NP G 96.79 3 0.00004716
237NP L 158.497 119/2-
237NP A 5388.25 131.66 3 16.4
237NP G 55.56 2 0.0181 18M1+E2 0.46 4 65 6
237NP2 G LC=48 4$MC=12.6 11
237NP G 98.97 2 0.0203 4E2 15.2 3
237NP2 G LC=11.07 22$MC=3.08 6
237NP G 125.30 2 0.0041 2(E1) 0.299 6
237NP2 G KC=0.228 5$LC=0.0538 11$MC=0.0132 3
237NP L 191.53 6 13/2+
237NP G 61.56 7
237NP G 115.65 6
237NP L 225.957 1611/2-
237NP A 5321.87 130.014 3 770
237NP G 67.50 2 0.00042 10(M1+E2) 0.46 12 29 6
237NP2 G LC=22 5$MC=5.7 13
237NP G 123.05 1 0.00100 4E2 5.75 12
237NP2 G KC=0.184 4$LC=4.05 8$MC=1.127 23
237NP G 150.04 3 0.000073 5[E1] 0.197 4
237NP2 G KC=0.152 3$LC=0.0339 7$MC=0.00827 17
237NP L 267.556 123/2- 5.2 NS 2
237NP A 5280.99 130.0005 12000
237NP G 164.61 2 0.000066 3E2 1.70 4
237NP2 G KC=0.195 4$LC=1.095 22$MC=0.304 6
237NP G 208.005 230.000786 9M1+E2 0.156 5 2.98 6
237NP2 G KC=2.35 5$LC=0.473 9$MC=0.1149 23
237NP G 234.40 4 8.7E-7 8M2 8.24 17
237NP2 G KC=5.60 11$LC=1.95 4$MC=0.511 10
237NP G 267.54 4 2.68E-5 6E1+M2 0.490 15 1.06 6
237NP2 G KC=0.74 4$LC=0.238 12$MC=0.062 2
237NP L 281.356 181/2-
237NP G 13.81 2 M1+E2 0.0321 10 494 10
237NP2 G MC=365 7
237NP L 305.05 3 13/2-
237NP A 5244.13 130.0022 3 1600
237NP G 79.05 3
237NP G 146.55 3 0.00046 1E2 2.73 6
237NP2 G KC=0.210 4$LC=1.83 4$MC=0.51 1
237NP G 175.07 4 0.000018 3[E1] 0.137 3
237NP2 G KC=0.1066 21$LC=0.0230 5$MC=0.00560 11
237NP L 316.8 2 +
237NP A 5232.6 3 0
237NP G 316.8 2
237NP L 324.420 23(7/2)-
237NP A 5225.08 130.0013 2100
237NP G 56.86 3
237NP G 165.81 6 0.000023 1[M1+E2] 3.7 22
237NP2 G KC=2.4 22$LC=0.98 8$MC=0.26 4
237NP G 221.46 3 4.34E-5 8[M1+E2] 1.5 10
237NP2 G KC=1.1 10$LC=0.35 5$MC=0.090 7
237NP G 248.52 3 1.46E-6 3[E1] 0.0612 12
237NP2 G KC=0.0482 10$LC=0.00975 20$MC=0.00236 5
237NP G 264.88 3 9.43E-6 12[M1+E2] 0.9 7
237NP2 G KC=0.7 6$LC=0.19 5$MC=0.049 9
237NP G 291.3 2 3.05E-6 8[E1] 0.0430 9
237NP2 G KC=0.0341 7$LC=0.00671 14$MC=0.00162 3
237NP L 332.376 161/2+ 1 NS
237NP A 5217.26 130
237NP G 51.01 3 0.00002612E1 0.753 11
237NP2 G LC=0.564 11$MC=0.141 3
237NP G 64.83 2 0.00014 2E1 0.400 8
237NP2 G LC=0.301 6$MC=0.0744 15
237NP G 332.35 3 0.000150 4E2 0.147 3
237NP2 G KC=0.0631 13$LC=0.0611 12$MC=0.0165 4
237NP L 359.7 1 (5/2)-
237NP A 5190.17 230.0006 2700
237NP G 92.35 20
237NP G 300.13 6
237NP L 368.602 205/2+
237NP A 5181.63 130.0009 1600
237NP G 292.77 6 1.42E-5 3[E2] 0.215 4
237NP2 G KC=0.0796 16$LC=0.0991 20$MC=0.0270 6
237NP G 309.1 3 2.0E-6 3[E1] 0.0377 8
237NP2 G KC=0.0300 6$LC=0.00585 12$MC=0.00142 3
237NP G 335.37 3 0.000496 7M1+E2 0.46 17 0.69 8
237NP2 G KC=0.54 7$LC=0.113 8$MC=0.0278 10
237NP G 368.62 3 0.000214 5(M1) 0.622 12
237NP2 G KC=0.494 10$LC=0.0963 19$MC=0.0233 5
237NP L 370.928 233/2+
237NP A 5179.35 130.0003 4600
237NP G 38.54 3 M1+E2 472
237NP2 G LC=94 $MC=345
237NP G 337.7 2 4.88E-6 9(E2) 0.140 3
237NP2 G KC=0.0612 12$LC=0.0575 11$MC=0.0156 3
237NP G 370.94 3 5.20E-5 8M1+E2 0.43 21 0.53 7
237NP2 G KC=0.42 6$LC=0.086 8$MC=0.0211 10
237NP L 395.53 4 15/2-
237NP A 5155.12 130.0007 1400
237NP G 169.56 3 0.00017 1E2 1.51 3
237NP2 G KC=0.189 4$LC=0.961 19$MC=0.267 6
237NP G 204.06 6 2.06E-6 6[E1] 0.0960 19
237NP2 G KC=0.0752 15$LC=0.0157 3$MC=0.00382 8
237NP L 418.2 1 +
237NP A 5132.8 2 0
237NP L 434.12 5 (11/2)-
237NP A 5117.21 130.0004 1400
237NP G 109.70 7 4.9E-6 [E2] 9.44 19
237NP2 G LC=6.86 14$MC=1.91 4
237NP G 129.07 6
237NP G 275.77 8 6.32E-6 10[M1+E2] 0.8 6
237NP2 G KC=0.6 5$LC=0.17 5$MC=0.043 9
237NP G 304.21 209.3E-7 2[E1] 0.0391 8
237NP2 G KC=0.0310 6$LC=0.00607 12$MC=0.00147 3
237NP G 358.25 201.29E-6 5[E1] 0.0275 6
237NP2 G KC=0.0220 4$LC=0.00419 8$MC=0.00101 2
237NP L 444.78 10 +
237NP A 5106.72 160
237NP G 120.36 8 4.5E-6
237NP L 452.545 229/2+
237NP A 5099.08 130.0004 1000
237NP G 261.00 7 1.29E-6 6[E2] 0.312 6
237NP2 G KC=0.0979 20$LC=0.156 3$MC=0.0428 9
237NP G 322.56 3 0.000151 4(M1+E2) 0.6 0.702 12
237NP2 G KC=0.541 8$LC=0.1204 17$MC=0.0297 5
237NP G 376.65 3 0.000137 3(M1) 0.586 12
237NP2 G KC=0.466 9$LC=0.0908 18$MC=0.0220 5
237NP G 419.33 4 2.84E-5 4[M1+E2] 0.26 18
237NP2 G KC=0.19 16$LC=0.047 21$MC=0.012 5
237NP G 452.6 2 2.36E-6 7[E2] 0.0635 13
237NP2 G KC=0.0357 7$LC=0.0205 4$MC=0.00543 11
237NP L 459.693 247/2+
237NP A 5092.06 130.0004 1000
237NP G 135.27 4
237NP G 383.81 3 2.81E-5 6[M1+E2] 0.33 23
237NP2 G KC=0.25 20$LC=0.06 3$MC=0.015 6
237NP G 426.47 4 0.000031 6[M1+E2] 0.25 18
237NP2 G KC=0.19 15$LC=0.045 20$MC=0.011 5
237NP G 459.68 103.55E-6 7[M1+E2] 0.20 14
237NP2 G KC=0.15 12$LC=0.036 17$MC=0.009 4
237NP L 486.21 9 (9/2)-
237NP A 5065.97 150.00011 2300
237NP G 161.54 101.5E-6 [M1] 6.20 12
237NP2 G KC=4.91 10$LC=0.971 19$MC=0.236 5
237NP G 260.22 9
237NP L 497.01 5 17/2-
237NP A 5055.36 130
237NP G 191.96 4 2.15E-5 10[E2] 0.932 19
237NP2 G KC=0.162 3$LC=0.561 11$MC=0.155 3
237NP L 514.19 4 (3/2)-
237NP G 154.27 205E-7 [M1] 7.06 14
237NP2 G KC=5.59 11$LC=1.108 22$MC=0.269 6
237NP G 232.81 5 4.82E-6 9[M1] 2.22 5
237NP2 G KC=1.76 4$LC=0.345 7$MC=0.0837 17
237NP G 246.73 102.44E-6 7[M1] 1.88 4
237NP2 G KC=1.49 3$LC=0.294 6$MC=0.0711 14
237NP G 454.66 8 9.53E-6 12[M1] 0.351 7
237NP2 G KC=0.279 6$LC=0.0542 11$MC=0.0131 3
237NP G 514.0 5 3.8E-6 2[E1] 0.0132
237NP2 G KC=0.0106 2$LC=0.00194 4$MC=0.00047 1
237NP L 546.12 6 (5/2)-
237NP A 5007.07 140.0001 1000
237NP G 31.92 8
237NP G 264.76 7
237NP G 278.04 151.15E-6 3[M1] 1.35 3
237NP2 G KC=1.072 21$LC=0.210 4$MC=0.0509 10
237NP G 512.5 3 2.1E-6 4[E1] 0.0133 3
237NP2 G KC=0.0107 2$LC=0.00195 4$MC=0.00047 1
237NP G 546.12 6 2.5E-7 3[E1] 0.0117 2
237NP2 G KC=0.00947 19$LC=0.00171 3$MC=0.00041 1
237NP L 590.09 4 (7/2)-
237NP A 4963.83 130
237NP G 322.52 4
237NP G 487.13 4 6.2E-7 5[M1] 0.291 6
237NP2 G KC=0.232 6$LC=0.0449 9$MC=0.0109 2
237NP G 590.09 4 2.80E-6 6[E1] 0.0101 2
237NP2 G KC=0.00818 16$LC=0.00147 3$MC=3.51E-4 7
237NP L 592.33 7 13/2+
237NP A 4961.63 140
237NP G 139.44 8 5.3E-6 11[E2] 3.37 7
237NP2 G KC=0.211 4$LC=2.29 5$MC=0.638 13
237NP G 159.26 201.4E-6 5[E1] 0.171 4
237NP2 G KC=0.132 3$LC=0.0292 6$MC=0.00711 14
237NP G 196.76 8 4.9E-7 [E1] 0.1045 21
237NP2 G KC=0.0816 16$LC=0.0172 4$MC=0.00418 9
237NP G 400.78 101.4E-7 3[M1+E2] 0.29 21
237NP2 G KC=0.22 18$LC=0.054 23$MC=0.013 6
237NP G 462.34 8 0.000001 [M1+E2] 0.20 14
237NP2 G KC=0.15 12$LC=0.035 17$MC=0.009 4
237NP L 597.99 9 11/2+
237NP A 4956.06 150
237NP G 138.30 9
237NP G 406.35 151.37E-6 5[M1+E2] 0.28 20
237NP2 G KC=0.21 17$LC=0.052 22$MC=0.013 5
237NP G 468.12 152.69E-6 6[M1+E2] 0.19 14
237NP2 G KC=0.15 12$LC=0.034 16$MC=0.008 4
237NP G 522.06 159.9E-7 5[M1+E2] 0.14 10
237NP2 G KC=0.11 9$LC=0.025 13$MC=0.006 3
237NP L 646.03 17(9/2)-
237NP G 586.59 201.24E-6 5[E2] 0.0346 7
237NP2 G KC=0.0224 4$LC=0.00903 18$MC=0.00235 5
237NP L 666.19 10(5/2,7/2)+
237NP A 4888.98 150
237NP G 398.64 15
237NP G 632.93 151.24E-6 5
237NP G 666.2 2 9.5E-7 7
237NP L 721.961 135/2-
237NP A 4834.15 130.0007 9.5
237NP G 563.46 2 4.4E-7 2[E2] 0.0378 8
237NP2 G KC=0.0241 5$LC=0.0102 2$MC=0.00266 5
237NP G 619.01 2 0.000060 2[M1+E2] 0.09 7
237NP2 G KC=0.07 5$LC=0.016 8$MC=0.0037 10
237NP G 662.40 2 0.000367 6(+M1+E2) 0.23 5
237NP2 G KC=0.18 4$LC=0.045 15
237NP G 688.72 4 3.23E-5 6[E1] 0.0075816
237NP2 G KC=0.00615 12$LC=0.00108 2$MC=2.59E-4 5
237NP G 721.96 2 0.000196 5[E1] 0.0070 2
237NP2 G KC=0.0056 1$LC=0.00099 2$MC=0.00024 1
237NP L 755.685 197/2-
237NP A 4800.99 1386000E-9 44
237NP G 597.19 2 7.29E-6 11[M1+E2] 0.10 7
237NP2 G KC=0.08 6$LC=0.017 9$MC=0.0042 20
237NP G 652.73 2 3.76E-5 9[M1+E2] 0.08 6
237NP2 G KC=0.06 5$LC=0.013 7$MC=0.0033 10
237NP G 679.79 2 3.31E-6 8[E1] 0.0077616
237NP2 G KC=0.00630 13$LC=0.00111 2$MC=2.65E-4 5
237NP G 696.14 2 5.17E-6 8[M1+E2] 0.07 5
237NP2 G KC=0.05 4$LC=0.011 6$MC=0.0028 10
237NP G 755.68 2 7.84E-6 11[E1] 0.0064 1
237NP2 G KC=0.0052 1$LC=0.00091 1$MC=2.17E-4 4
237NP L 770.57 5 +
237NP G 446.15 6 1.1E-7 2
237NP G 737.34 5 7.94E-6 11
237NP G 770.57 104.81E-6 7
237NP L 799.82 4 9/2-
237NP A 4757.58 130.00004 3 47
237NP G 77.86 4
237NP G 573.94 201.28E-6 5[M1+E2] 0.11 8
237NP2 G KC=0.09 7$LC=0.019 10$MC=0.0027 16
237NP G 641.32 4 7.04E-6 10[M1+E2] 0.08 6
237NP2 G KC=0.06 5$LC=0.014 8$MC=0.0035 10
237NP G 669.83 2 5.1E-7 7[E1] 0.0080 2
237NP2 G KC=0.00647 13$LC=0.00114 2$MC=0.00073 1
237NP G 766.62 4 5.01E-6 6[E1] 0.0062312
237NP2 G KC=0.00507 10$LC=0.00088 2$MC=2.11E-4 4
237NP L 805.77 12(7/2,9/2)+
237NP G 675.78 138.5E-7 5[E2M1] 0.07 5
237NP2 G KC=0.06 4$LC=0.012 7$MC=0.0030 15
237NP G 729.72 151.37E-6 5[M1] 0.099 2
237NP2 G KC=0.079 2$LC=0.0151 4$MC=0.0036 1
237NP G 772.57 122.79E-6 4[M1] 0.0847 17
237NP2 G KC=0.0675 14$LC=0.0129 3$MC=0.00312 6
237NP G 805.77 123.1E-7 [M1E2] 0.05 3
237NP2 G KC=0.037 24$LC=0.008 4$MC=0.0019 10
237NP L 853.36 1511/2-
237NP G 529.17 206.9E-7 5[E2] 0.0437 9
237NP2 G KC=0.0269 5$LC=0.0124 2$MC=0.00324 6
237NP G 627.18 205.1E-7 2[M1+E2] 0.09 6
237NP2 G KC=0.07 5$LC=0.015 8$MC=0.0037 10
237NP L 861.65 19(5/2,7/2)+
237NP G 786.00 156.2E-7
237NP G 801.94 201.23E-6 7
237NP G 828.60 122.1E-7 4
237NP G 861.80 126.1E-7 6
237NP L 920.88 20 +
237NP G 861.34 208E-8 3
237NP G 887.68 203.3E-7 6
237NP G 920.88 201.9E-7 3
237NP L 946 2 +
237NP G 946.06 1.0E-8 2
237NP L 962 3 +
237NP G 962.19 4E-8 1
237NP L 1014 3 +
237NP G 1014.33 1.0E-6 2