243PU 247CM A DECAY 1971FI01 14NDS 201408
243PU H TYP=FUL$AUT=C.D. Nesaraja, E.A. McCutchan$CIT=NDS 121, 695 (2014)$
243PU2 H CUT=30-Sep-2013$
243PU c 1971Fi01: |a decay from enriched {+247}Cm measured with Au-Si surface
243PU2c barrier detector. |g- singles measured with a 4 cm{+3} co-axial
243PU3c Ge(Li) detector. |a|g coincidences measured by the Au-Si detector
243PU4c and |g's with a NaI(Tl) detector and Ge(Li) detector setup.
243PU c |a|g: coincidences reported by 1971Fi01 are summarized on decay
243PU2c scheme.
243PU cA E$From 1971Fi01. The original energies have been increased by
243PU2cA 2 keV, as recommended by 1991Ry01, because of a change in calibration
243PU3cA energy.
243PU cA IA$From 1971Fi01.
243PU CA HF$R0(243PU)=1.4959 9, average of r{-0}({+242}Pu)=1.4954 {I10} and
243PU2CA r{-0}({+244}Pu)=1.4963 {I8}, is used in calculations.
243PU cG E$From 1971Fi01, unless noted otherwise.
243PU cG RI$From 1971Fi01. I|g's per 100 |a decays.
243PU cG $Relative intensities of 402.4, 346.0, 278.0 |g's do not agree with
243PU2cG those observed for analogous transitions in {+245}Cm. As pointed out
243PU3cG by 1971Fi01, they are not in good agreement with the Alaga rule.
243PU cG M$Multipolarities in square brackets are from level scheme.
243PU cG E(S)$Expected |g, not observed in {+247}Cm |a decay. E|g's are from
243PU2cG Adopted Gammas.
243PU tG x-rays(Pu): 1971Fi01
243PU2tG E|g I|g
243PU3tG ------- ---------
243PU4tG 99.6 {I3} 1.30 {I15} K|a{-2}| x ray
243PU5tG 103.8 {I3} 2.1 {I2} K|a{-1}| x ray
243PU6tG 117.0 {I3} 0.80 {I13} K|b{-1}'| x ray
243PU7tG 120.5 {I4} |? 0.3 K|b{-2}'| x ray
243PU8tG
243PU DG CC$FROM BrIcc v2.3a (30-Jun-2013) 2008Ki07, "Frozen Orbitals" appr.
243PU CG MR$IF NO VALUE GIVEN IT WAS ASSUMED MR=1.00 FOR E2/M1,
243PU2CG MR=1.00 FOR E3/M2 AND MR=0.10 FOR THE OTHER MULTIPOLARITIES
243PU cL E$From Adopted Levels, except as noted
243PU cL J$From Adopted Levels
247CM P 0.0 9/2- 1.56E+7 Y 5 5354 3
247CM cP $ground state configuration 9/2[734]
243PU N 1.0 1.0
243PU PN 2
243PU L 0.0 7/2+
243PU A 5267 4 13.8 7 3.83E3 25
243PU L 58.13 22 9/2+
243PU A 5212 4 5.7 5 4.04E3 39
243PU G 58.1 S
243PUF G FLAG=S
243PU L 124.8 7 11/2+
243PU A 5147 4 1.2 2 7.2E3 13
243PU G 125 S
243PUF G FLAG=S
243PU L 287.46 19 5/2+
243PU A 4985 4 2.0 2 372 40
243PU G 229.3 2 0.036 10[E2] 0.518 S
243PUF G FLAG=S
243PUS G KC=0.1223 18$LC=0.288 5$MC=0.0797 12
243PUS G NC=0.0219 4$OC=0.00519 8$PC=0.000856 13$QC=8.66E-6 13
243PU cG RI$obtained from I(287|g)/I(229|g) observed in (n,|g).
243PU G 287.5 7 2.0 3 M1 1.343 21 C
243PUS G KC=1.062 17$LC=0.211 4$MC=0.0513 8
243PUS G NC=0.01394 22$OC=0.00347 6$PC=0.000660 11$QC=4.30E-5 7
243PU cG M$|a(K)exp=1.1 {I3} from K x-ray/I|g observed in coincidence with
243PU2cG |a's feeding the 287- and 330-keV levels (1971Fi01).
243PU cG $E|g=287.4 {I2} was measured in {+242}Pu(n,|g).
243PU L 333.21 24 7/2+
243PU A 4943 4 1.6 2 228 30
243PU G 275.1 2 S
243PUF G FLAG=S
243PU G 333.0 10 S
243PUF G FLAG=S
243PU L 402.6 3 9/2-
243PU A 4870 4 71.0 10 1.69 8
243PU G 278.0 8 3.4 7 [E1] 0.0488 8 C
243PUS G KC=0.0385 6$LC=0.00777 12$MC=0.00188 3
243PUS G NC=0.000509 8$OC=0.0001242 20$PC=2.23E-5 4$QC=1.143E-6 18
243PU G 346.0 8 1.3 AP[E1] 0.0305
243PUS G KC=0.0242 4$LC=0.00471 7$MC=0.001141 17
243PUS G NC=0.000308 5$OC=7.54E-5 12$PC=1.370E-5 21$QC=7.35E-7 11
243PU G 402.4 5 72 6 E1 0.0222 C
243PUS G KC=0.0178 3$LC=0.00338 5$MC=0.000817 12
243PUS G NC=0.000221 4$OC=5.42E-5 8$PC=9.89E-6 14$QC=5.47E-7 8
243PU cG $E|g=402.6 {I3} was measured in {+242}Pu(n,|g).
243PU cG M$|a(K)exp|<0.032 {I12} from total K| x ray and K| x ray expected
243PU2cG from 287|g. Experimental K-shell fluorescence yield of 0.972 {I4}
243PU3cG (1979Ah01) was used in calculations by evaluator.
243PU L 455 5 11/2-
243PU cL E$From E|a and Q|a({+247}Cm)
243PU A 4820 4 4.7 3 11.2 10