236U 240PU A DECAY 22NDS 202205
236U H TYP=FUL$AUT=Shaofei Zhu$CIT=NDS 182, 2 (2022).$CUT=1-Apr-2022$
236U cL J$From the Adopted Levels.
236U cA E$From Q(|a) and level energies, unless otherwise noted.
236U cA HF$r{-0}({+236}U)=1.51638 {I11} is calculated from HF(5168|a)=1.0.
236U c E and I K| x ray: from 1976GuZN.
236U cG E,M$From Adopted Gammas, unless otherwise noted.
236U cL E$Deduced by the evaluator from a least-squares fit to |g-ray
236U 2cL energies.
236U D CC$FROM BrIcc v2.3e (17-Jun-2020) 2008Ki07, "Frozen Orbitals" appr.
236U 2D unless otherwise noted.
236U t K| x ray: from 1976GuZN
236U 2t E|g I(K| x ray)1.|*10{+-8}/|a)
236U 3t -------- ---------------
236U 4t 94.658 {I5} 63.6 {I30} K|a{-2}| x ray
236U 5t 98.422 {I5} 0.2 {I5} K|a{-1}| x ray
236U 6t 110.421 11.8 K|b{-3} x ray
236U 7t 111.300 23 K|b{-1} x ray
240PU P 0.0 0+ 6561 Y 7 5255.82 14
240PU cP QP$From 2021Wa16.
240PU cP T$From the Adopted Levels of {+240}Pu (2008Si25).
236U N 1 1
236U L 0 0+
236U A 5168.32 1172.76 8 1.000
236U cA IA$weighted average of 73.51 {I36} (1977Ba69), 72.8 {I1} (1984Ah06),
236U 2cA 72.7 {I9} (1987Bo25), 73.0 {I5} (1990An33), 72.55 {I40} (1992Bl13),
236U 3cA 73.11 {I8} (1994Ra27), 72.56 {I6} (2004Si03), and 72.70 {I7}
236U 4cA (2010Si30); others: 76 (1952As28) and 74 {I2} (1996Vi07).
236U cA E$weighted average of 5167.7 {I7} (1962Le11), 5168.13 {I15}
236U 2cA (1972Go33,1991Ry01), 5168.30 {I15} (1977Ba69), and 5168.54 {I14}
236U 3cA (2004Si03); others: 5162 {I4} (1952As28).
236U L 45.2431 20 2+ 0.235 NS 6
236U cL T$weighted average of 0.232 ns {I20} (1960Be25) and 0.235 ns {I6}
236U 2cL (1970ToZZ).
236U G 45.243 2 0.0432 3 E2 589 8
236U S G LC=429 6$MC=118.6 17$NC=32.1 5$OC=7.36 10$PC=1.191 17$QC=0.00285 4
236U cG RI$weighted average of 0.04315 {I9} (1981He16,1986He12), 0.0453 {I9}
236U 2cG (1971GuZY,1976GuZN) and 0.0461 {I9} (1976Um01).
236U cG M$from |a(L2)/|a(L3)=1.05 {I5}, |a(M2)/|a(M3)=1.40 {I5} and
236U 2cG |a(L)/|a(M)=2.6 {I2} (1958Sa21) and |a(tot)exp=607 {29} (1968Du06).
236U A 5123.83 1727.14 9 1.397 5
236U cA IA$weighted average of 26.39 {I21} (1977Ba69), 27.1 {I1} (1984Ah06),
236U 2cA 27.2 {I4} (1987Bo25), 27.35 {I20} (1992Bl13) 27.0 {I5} (1990An33),
236U 3cA 26.82 {I9} (1994Ra27), 27.35 {I7} (2004Si03), and 27.21 {I7}
236U 4cA (2010Si30); others: 24 (1952As28) and 26 {I2} (1996Vi07).
236U cA E$weighted average of 5123.3 {I7} (1962Le11), 5123.45 {I23}
236U 2cA (1972Go33,1991Ry01), 5123.62 {I25} (1977Ba69), 5124.10 {I15}
236U 3cA (2004Si03); others: 5118 {I4} (1952As28).
236U L 149.480 5 4+ 0.142 NS 10
236U cL T$from 1970ToZZ.
236U G 104.237 4 0.007148 E2 10.99 15
236U S G LC=8.00 11$MC=2.220 31$NC=0.603 8$OC=0.1385 19$PC=0.02268 32$
236U S G QC=9.41E-5 13
236U cG RI$weighted average of 0.00698 {I14} (1976GuZY) and 0.00718 {I7}
236U 2cG (1981He16,1986He12).
236U A 5021.17 140.0892 2391.6 24
236U cA IA$weighted average of 0.085 {I15} (1956Go43), 0.091 {I6} (1956Ko67),
236U 2cA 0.096 {I5} (1972Sc01), 0.090 {I5} (1984Ah06), 0.10 {I3} (1992Bl13),
236U 3cA 0.08 {I1} (1994Ra27) and 0.085 {I4} (2010Si30); other: 0.071 {I1}
236U 4cA (1977Ba69).
236U cA E$Measured: 5014 {I2} (1956Ko67) and 5021.5 {I5} (1977Ba69).
236U L 309.788 5 6+
236U G 160.308 3 4.058E-415 E2 1.761 25
236U S G KC=0.2079 29$LC=1.132 16$MC=0.313 4$NC=0.0850 12$OC=0.01958 27$
236U S G PC=0.00325 5$QC=2.327E-5 33
236U cG RI$weighted average of 0.000422 {I21} (1975OtZX), 0.000402 {I8}
236U 2cG (1971GuZY,1976GuZY), 0.000402 {I4} (1981He16,1986He12) and 0.0004065
236U 3cG {I17} (1994Ba91); other: 0.00104 {I14} (1972ClZS).
236U A 4863.53 140.00099 9 706 65
236U cA IA$weighted average of 0.0012 {I3} (1972Sc01) and 0.00097 {I9}
236U 2cA (2010Si30), other: 0.0032 {I1} (1956Ko67), 0.002 {I1} (1959Tr37), and
236U 3cA ~0.001 (1977Ba69).
236U cA E$Measured: 4851 {I5} (1956Ko67) and 4863.6 {I5} (1977Ba69).
236U L 522.26 4 8+
236U G 212.47 4 1.08E-64 E2 0.599 8
236U S G KC=0.1400 20$LC=0.335 5$MC=0.0920 13$NC=0.02498 35$OC=0.00577 8$
236U S G PC=0.000968 14$QC=1.068E-5 15
236U cG RI$deduced from I|a=1.72|*10{+-6} {I7}; other: 2.90|*10{+-5} {I23}
236U 2cG (1975OtZX).
236U A 4654.60 141.72E-6 7 1.287E4 53
236U cA IA$from 2010Si30; other: 2.9|*10{+-5} {I4} (1972Sc01).
236U L 687.55 4 1-
236U G 538.09 7 1.42E-712 E3 0.20 8
236U X G EKC=0.11 5
236U cG CC,EKC$taken from the Adopted Gammas
236U cG RI$deduced using I|g(538)/I|g(642)=0.0114 {I8} from Adopted Gammas;
236U 2cG measured: 1.47|*10{+-7} {I12} (1975OtZX).
236U G 642.23 7 1.248E-511E1(+M2+E3) 0.15 2
236U X G EKC=0.111 10$ELC=0.031 9
236U cG CC,EKC,ELC$from Adopted Gammas.
236U cG RI$weighted average of 1.4|*10{+-5} {I2} (1969Le05), 1.26|*10{+-5}
236U 2cG {I3} (1975OtZX) and 1.245|*10{+-5} {I12} (1976GuZN); other:
236U 3cG 4.1|*10{+-5} (1972ClZS).
236U G 687.59 6 3.42E-67 E1 0.31 2
236U X G EKC=0.219 14$ELC=0.069 9
236U cG CC,EKC,ELC$from Adopted Gammas.
236U cG RI$deduced using I|g(688)/I|g(642)=0.274 {I5} from Adopted Gammas;
236U 2cG measured: 3.8|*10{+-6} {I10} (1969Le05), 8.1|*10{+-6} (1972ClZS),
236U 3cG 3.30|*10{+-6} {I13} (1975OtZX) and 3.55|*10{+-6} {I5} (1976GuZN).
236U A 4492.02 142.7E-5 7 47 13
236U cA IA$weighted average of 4.0|*10{+-5} {I10} (2010Si30), 3.2|*10{+-5}
236U 2cA {I5} (2010Si30) and 2.1|*10{+-5} {I4} (1969Le05).
236U L 744.2 10 3-
236U G 699 2.5E-8 LT [E1] 0.0071110 S
236U S G KC=0.00578 8$LC=0.001005 14$MC=0.0002395 34$NC=6.42E-5 9$
236U S G OC=1.548E-5 22$PC=2.93E-6 4$QC=2.172E-7 30
236U cG E,RI$from 1975OtZX.
236U A 4436.4 2.5E-8 LT18416 GT S
236U cA IA$deduced from I|g(699)<2.5|*10{+-8}.
236U L 919.22 12 0+
236U G 873.98 12 5.8E-7 6 [E2] 0.0143920
236U S G KC=0.01060 15$LC=0.00283 4$MC=0.000711 10$NC=0.0001917 27$
236U S G OC=4.58E-5 6$PC=8.47E-6 12$QC=4.86E-7 7
236U cG E,RI$from 1975OtZX.
236U A 4264.3 5.9E-7 6 30 3 S
236U cA IA$deduced from I|g(874)=5.8|*10{+-7} {I6}.
236U L 958.00 20 2+
236U G 958.0 2 1E-7 LT S
236U cG RI$from 1975OtZX.
236U A 4226.1 1E-7 LT83 GT S
236U cA IA$deduced from I|g(958)<1|*10{+-7}.
236U L 960.0 10 (2+)
236U G 960 5E-8 LT S
236U cG E,RI$from 1975OtZX.
236U A 4224.2 5E-8 LT160 GT S
236U cA IA$deduced from I|g(960)<5|*10{+-8}.
236U L 967.0 10 (1-)
236U G 967 5E-8 LT (E1) S
236U cG E,RI$from 1975OtZX.
236U A 4217.3 5E-8 LT139 GT S
236U cA IA$deduced from I|g(967)<5|*10{+-8}.