237NP 237U B- DECAY (6.749 D) 201511
237NP H TYP=UPD$AUT=V.P.Chechev and N.K.Kuzmenko$CUT=10-NOV-2015$
237NP2 H TYP=Full$AUT=V.P.Chechev$CUT=30-AUG-2005$
237NP C Evaluation history: UPD$AUT=V.P.Chechev and N.K.Kuzmenko$CUT=10-NOV-2015
237NP2C Type=UPD$AUT=V.P.Chechev and N.K.Kuzmenko;Cutoff date=07-JAN-2010
237NP3C Type=Full;Author=V.P.Chechev;Cutoff date=30-AUG-2005
237NP C References: 1949Me43, 1953Wa05, 1957Ra04, 1958Ca16, 1959Sa10, 1960As02,
237NP2C 1963Ak04, 1964Wo03, 1966Ya05, 1966Le13, 1967Pa23, 1966Ko06, 1968Da24,
237NP3C 1971Cl03, 1970Gr36, 1976GuZN, 1982BuZF, 1984BAYS, 1985He02, 1985Wi04,
237NP4C 1986LoZT, 1996Jo28, 1996Sc06, 1996Ya05, 1998Ko61, 2000He14, 2003Au03,
237NP5C 2006Ba41, 2008Ki07
237NP T Auger electrons and ^X ray energies and emission intensities:
237NP T {U Energy (keV)} {U Intensity } {U Line }
237NP T
237NP T 97.069 14.8 4 XKA2
237NP T 101.059 23.5 6 XKA1
237NP T
237NP T 113.303 |] XKB3
237NP T 114.234 |] 8.57 27 XKB1
237NP T 114.912 |] XKB5II
237NP T
237NP T 117.476 |] XKB2
237NP T 117.876 |] 2.95 10 XKB4
237NP T 118.429 |] XKO23
237NP T
237NP T 11.89-22.2 59.0 21 XL (total)
237NP T 11.89 1.56 8 XLL
237NP T 13.76-13.94 24.7 11 XLA
237NP T 15.88 0.433 29 XLC
237NP T 16.13-17.99 26.2 11 XLB
237NP T 20.12-22.2 5.99 25 XLG
237NP T
237NP T 73.5-83.13 |] KLL AUGER
237NP T 90.36-97.28 |] 1.49 21 ^KLX AUGER
237NP T 107.1-114.58 |] KXY AUGER
237NP T 5.04-13.52 58.5 21 L AUGER
237U P 0.0 1/2+ 6.749 D 16 518.6 5
237NP N 1.0 1.0 1 1.0
237NP G 114.09 5
237NP G 340.45 0.0016 3
237NP L 0 5/2+ 2.144E6 Y 7
237NP L 33.19629 227/2+ 54 PS
237NP G 33.19629 220.130 5 M1+E2 0.13 3 175 24
237NP2 G KC=$LC=131 17$MC=33 5
237NP L 59.54092 105/2- 67 NS 5
237NP B 459.1 5 7 4 8.1 3U
237NPS B EAV=137.6 2
237NP G 26.34463 242.43 6 E1 8 2
237NP2 G KC=$LC=6 2$MC=1.6 2
237NP G 59.54091 1034.1 9 E1 1.16 7
237NP2 G KC=$LC=0.84 6$MC=0.226 7
237NP L 75.899 5 9/2+ 56 PS
237NP G 42.704 5 8500E-6 0 M1+E2 0.13 4 75 9
237NP2 G KC=$LC=56 7$MC=13.9 19
237NP G 75.899 5 9100E-7 0 (E2) 53.4 11
237NP2 G KC=$LC=38.9 8$MC=10.8 2
237NP L 102.959 3 7/2- 80 PS
237NP G 27.020 7
237NP G 43.420 3 0.024 2 M1+E2 0.45 5 180 23
237NP2 G KC=$LC=132 17$MC=35 5
237NP G 69.76 3 0.00095 19(E1) 0.330 7
237NP2 G KC=$LC=0.248 5$MC=0.0612 12
237NP G 102.959 3 0.0064 9 E1 0.119 3
237NP2 G KC=$LC=0.0894 18$MC=0.0219 4
237NP L 267.556 123/2- 5.2 NS
237NP B 251.1 5 40.9 31 6.54 1U
237NPS B EAV=68.6 2
237NP G 164.61 2 1.86 3 E2 1.70 4
237NP2 G KC=0.195 4$LC=1.095 20$MC=0.304 6
237NP G 208.00 1 21.3 3 M1+E2 0.156 5 2.98 7
237NP2 G KC=2.35 5$LC=0.473 10$MC=0.115 3
237NP G 234.40 4 0.0205 8 M2 8.24 16
237NP2 G KC=5.560 12$LC=1.95 4$MC=0.511 10
237NP G 267.556 120.721 10E1+M2 0.490 15 1.06 6
237NP2 G KC=0.74 4$LC=0.238 12$MC=0.062 3
237NP L 281.356 181/2-
237NP B 237.2 5 48.2 25 6.39
237NPS B EAV=64.5 2
237NP G 13.81 2 0.099 4 M1+E2 0.0321 10 492 16
237NP2 G KC=$LC=$MC=364 13
237NP G 221.80 4 0.0204 8 E2 0.547 11
237NP2 G KC=0.130 3$LC=0.304 6$MC=0.0839 17
237NP L 332.376 161/2+ 1 NS
237NP B 186.2 5 2.9 9 7.28
237NPS B EAV=49.8 2
237NP G 51.01 3 0.340 14E1 0.753 15
237NP2 G KC=$LC=0.565 12$MC=0.140 3
237NP G 64.83 2 1.286 17E1 0.400 8
237NP2 G KC=$LC=0.301 6$MC=0.0744 15
237NP G 332.376 161.199 16E2 0.146 3
237NP2 G KC=0.0631 12$LC=0.0611 12$MC=0.0164 4
237NP L 368.602 205/2+
237NP G 292.77 6 0.0025 7 (E2) 0.215 4
237NP2 G KC=0.0796 16$LC=0.0991 19$MC=0.0270 6
237NP G 309.1 3 2700E-7 0 (E1) 0.0377 8
237NP2 G KC=0.0300 6$LC=0.00585 12$MC=0.00143 3
237NP G 335.38 4 0.0958 22M1+E2 0.46 17 0.69 8
237NP2 G KC=0.54 7$LC=0.113 8$MC=0.0278 17
237NP G 368.602 200.0416 17M1(+E2) 0.31 0.622 13
237NP2 G KC=0.494 10$LC=0.0963 20$MC=0.0233 5
237NP L 370.928 233/2+
237NP B 147.7 5 1.3 9 7.32 2
237NPS B EAV=39.0 2
237NP G 2.3
237NP G 38.54 3 0.0033 20M1+E2 0.42 25 2.8E2 21
237NP2 G KC=$LC=2.1E2 16$MC=60 50
237NP G 337.7 2 0.0089 5 (E2) 0.139 3
237NP2 G KC=0.0612 12$LC=0.0575 12$MC=0.0157 3
237NP G 370.928 230.109 2 M1+E2 0.43 21 0.53 7
237NP2 G KC=0.42 6$LC=0.086 8$MC=0.0211 17