164ER 164TM EC DECAY (1.95 M) 1990AD07,1971DE22 18NDS 201712
164ER H TYP=FUL$AUT=BALRAJ SINGH AND JUN CHEN{+#}$CIT=NDS 147, 1 (2018)$
164ER2 H CUT=30-Nov-2017$
164ER c 1990Ad07 (also 1992Gr24,1987AdZV): measured E|g, I|g, |g|g coin, ce.
164ER2c 1992Gr24 reanalyzed the ce spectrum of 1990Ad07 and added
164ER3c 23 weak |g rays in the level scheme
164ER c 1971De22: measured E|g, |g, |g|g coin, ce, |g|g(t)
164ER c Others:
164ER c 1967Vr04: measured E|g, |g, ce. About 90 |g rays reported up to 2532
164ER c 1965Ba40, 1965Ab04, 1960Gr31, 1960Da16, 1960Ab04: measured
164ER2c |g, ce, T{-1/2}
164ER c 1970Mo39: (ce)|g(t)
164ER c 1963Ra15: T{-1/2}
164ER c 1961Bj02: |g, T{-1/2}
164ER c 1960Wi17: |g, T{-1/2}
164ER c The decay scheme is taken mainly from 1990Ad07.
164ER cE $The decay scheme seems fairly complete from total energy
164ER2cE absorbed=4079 keV {I105} (from RADLST code) as compared to
164ER3cE Q(|e)=4039 keV {I24}
164ER CE IE(A)$IB+(to GS)/IB+(to 91.4 level)=2.0 2 (quoted by 1990Ad07 from
164ER2cE A.S. Basina et al., JINR-R-1361 (1963)). Corresponding ratio is
164ER3cE 3.0 {I4} in the present evaluation.
164ER CG I(XKA):I(XKB):I(91.4G)=(721 70):(158 15):100 (1971DE22).
164ER2CG I(G+-):I(91.4G)=1071 30:100 (1971DE22).
164ER cG $The following |g rays assigned (by 1971De22) to either {+164}Yb
164ER2cG decay or {+164}Tm decay have now been assigned to {+164}Yb decay:
164ER3cG 154.41, 491.1, 543.54, 588.9, 637.1, 695.12, 887.3
164ER DG CC$FROM BrIcc v2.2b (20-Jan-2009) 2008Ki07, "Frozen Orbitals" appr.
164ER CG M,MR$From Adopted Gammas. For many |g transitions in the present
164ER2CG dataset, the assignments are based on ce data of 1990Ad07, EKC values
164ER3CG given under comments are deduced (by evaluators) from I(ce) of
164ER4cG 1990Ad07 and I|g values given here using |a(K)(91.4|g,E2)=1.314,
164ER5cG unless otherwise noted.
164ER cG E$Weighted average of values from 1990Ad07 and 1971De22,
164ER2cG unless otherwise noted.
164ER cG RI$Unweighted average of values from 1990Ad07 and 1971De22.
164ER cG E(A),RI(A)$From 1971De22. Since this |g is not confirmed by 1990Ad07,
164ER2cG its assignment to {+164}Tm decay is uncertain.
164ER cG E(C,D)$|g or E0 transition from 1990Ad07 (or 1987AdZV) only.
164ER2cG Four |g rays in the 2400 keV region are from 1987AdZV, these are
164ER3cG missing in the list of 1990Ad07.
164ER cG E(B)$Tentative placement (by evaluators) from level-energy
164ER2cG difference
164ER cG E(E)$Placement from 1971De22
164ER cG E(F)$Placement is different in 1971De22
164ER cG E(H)$From 1992Gr24 (reanalyzed data of 1990Ad07)
164ER cG E(J)$Placement from 1992Gr24
164ER DG
164ER2DG -----------------------------------------------------------------------
164ER3DG EG 91.43 208.6 315.4 595.3 768.9 786.1 860.25 1057.7
164ER4DG IG IG IG IG IG IG IG IG
164ER5DG EG
164ER6DG -----------------------------------------------------------------------
164ER7DG 208.01 26 6
164ER8DG 768.91 58 11
164ER9DG 786.06 17 7
164ERADG 842.07 yes 90 16 42 12
164ERBDG 855.11 yes
164ERDDG 860.25
164EREDG 905.75 yes 60 11 92 17
164ERFDG 1015.02 32 7 23 9
164ERGDG 1134.55 15 6
164ER2DG 1154.69 49 8 28 9
164ER3DG 1165.46 25 9 95 20 110 22
164ER4DG 1184.16 43 8
164ER5DG 1223.17 25 6
164ER6DG 1268.43 12 6
164ER7DG 1295.30 37 13 21 11 117 48
164ER8DG 1312.28 25 11 12 4 79 13 72 11
164ER9DG 1325.15 yes
164ERADG 1386.64 28 7 74 25
164ERBDG 1417.77 40 20
164ERDDG 1486.14 48 12 yes
164EREDG 1489.11 93 17
164ERFDG 1533.90 36 5
164ERGDG 1610.67 33 6
164ERHDG 1674.30 20 7
164ER2DG 1696.85 10 4
164ER3DG 1742.07 8 3
164ER4DG 1783.12 8 5
164ER5DG 1819.72 8 4
164ER6DG 1862.50 11 4
164ER7DG 1954.89 14 6
164ER8DG -----------------------------------------------------------------------
164ER cL E$From least-squares fit to E|g data. Uncertainties of the following
164ER2cL |g rays were doubled due to their somewhat poor fits: 318|g from 1961
164ER3cL level, 666|g from 1911 level, 689|g and 1312|g from 2173 level,
164ER4cL 1392|g from 1483 level, 1935|g from 2025 level, 2052|g from 3534 level,
164ER5cL 2353| and 2521|g from 3768 level. With this adjustment, reduced
164ER6cL |h{+2}=2.3 as compared to critical |h{+2}=1.3. Note that all the
164ER7cL |g rays with uncertain placements were included in the fit.
164ER cL J$From Adopted Levels.
164ER cL $The 2476, 2570, 2846, 3135, 3162, 3213 and 3588 levels
164ER2cL proposed by 1971De22 have been omitted due to lack of confirmation by
164ER3cL 1990Ad07. The gamma rays deexciting these levels have either not been
164ER4cL seen by 1990Ad07 or have been reassigned from other levels.
164ER cL E(A)$Level proposed by 1971De22 only
164ER cL E(B)$Level proposed by 1990Ad07 only
164ER cL E(H)$Level proposed by 1992Gr24 only
164TM P 0.0 1+ 1.95 M 10 4039 24
164TM cP J,T$From {+164}Tm Adopted Levels
164TM CP QP$from 2017Wa10
164ER N 0.067 5 0.067 5 1 1
164ER CN NR$From I(XK)/I(91.4G)=8.8 7 and I(G+-)/I(91.4G)=10.7 3 (1971DE22),
164ER2CN EKC values for 91G and 208G, fluorescence yield and CEK/CE(total).
164ER PN 3
164ER G 113.62 18 D
164ER G 302.4 7 0.2 1
164ER G 369.77 23 0.5 1 C
164ER G 568.9 4 0.5 1 M1+E2+E0 0.06 3 C
164ER DG E$uncertainty of 0.04 (1990Ad07) seems a misprint
164ER2 G EKC=0.05 2
164ER DG CEK=0.025 9
164ER G 575.3 4 0.4 1 C
164ER G 642.7 4 0.5 1 C
164ER G 652.5 4 0.4 1 C
164ER G 691.9 8 0.4 2 C
164ER G 871.29 19 0.5 1 C
164ER G 928.27 9 0.8 1 A
164ER2 G EKC=0.0058 (1971DE22)
164ER CG M$ EKC implies M1+E2
164ER DG Placed from 1788 and 1875 levels (1971De22)
164ER G 934.9 5 0.7 1 E2
164ERS G CC=0.00386 6$KC=0.00322 5$LC=0.000501 7$MC=0.0001117 16$NC+=2.98E-5 5
164ERS G NC=2.59E-5 4$OC=3.67E-6 6$PC=1.83E-7 3
164ER DG Placed from a 2846 and a 3213 level (1971De22)
164ER2 G EKC=0.0029 11
164ER DG CEK=0.0020 7
164ER G 1118.9 9 0.3 2 C
164ER G 1238.3 5 0.5 2 C
164ER G 1273.5 6 0.4 2 C
164ER G 1373.9 9 0.8 2 A
164ER DG Placed from a 3162 level (1971De22)
164ER G 1415.8 10 0.4 3
164ER CG E,RI$from 1971DE22. A 1416.6 transition in ce data of 1990AD07
164ER2CG is assigned as E0 from 1416, 0+ level
164ER G 1466.0 5 0.4 1 C
164ER G 1900.5 5 0.50 9 A
164ER DG Placed from a 2846 level (1971De22)
164ER G 1932.8 6 0.6 2 C
164ER G 2010.7 5 0.25 5 A
164ER DG Placed from a 3588 level (1971De22)
164ER G 2389.9 5 0.3 1 D
164ER G 2421.4 3 0.7 1
164ER G 2476.5 5 0.19 5 A
164ER DG Placed from a 2476 level (1971De22)
164ER G 2484.1 1 1.7 2
164ER G 2489.7 2 0.9 2
164ER G 2518.2 14 0.2 2 D
164ER G 2531.3 5 0.5 2
164ER DG Placed from a 3588 level (1971De22)
164ER G 2641.2 5 0.6 1 A
164ER DG Placed from a 3588 level (1971De22)
164ER G 2690.5 2 0.32 6 A
164ER G 2763.0 5 0.5 2 A
164ER G 2881.7 5 0.37 7
164ER G 2958.7 5 0.3 1 A
164ER G 3002.4 3 0.53 5
164ER G 3021.9 5 0.30 6 A
164ER G 3044.1 5 0.3 1 A
164ER DG Placed from a 3135 level (1971De22)
164ER G 3081.4 4 0.22 4 A
164ER G 3101.3 14 0.2 1 D
164ER G 3121.5 5 0.3 1 A
164ER DG Placed from a 3213 level (1971De22)
164ER G 3126.5 16 0.1 1 D
164ER G 3134.7 4 0.37 7
164ER DG Placed from a 3135 (1971De22)
164ER L 0.0 0+
164ER E 31 2 32 2 4.85 4 63 3 A
164ERS E EAV=1365 11$CK=0.427 5$CL=0.0652 8$CM+=0.01934 23
164ER CE EB+=2940 20 (1960AB04)
164ER L 91.396 22 2+ 1.48 NS 8
164ER cL T$from (ce)|g(t) (1970Mo39)
164ER E 10 1 12 1 5.27 5 22 2 A
164ERS E EAV=1324 11$CK=0.446 5$CL=0.0681 8$CM+=0.02021 24
164ER G 91.41 3 100 E2 4.14 C
164ERS G KC=1.314 19$LC=2.17 3$MC=0.527 8$
164ERS G NC=0.1193 17$OC=0.01395 20$PC=5.50E-5 8
164ER DG E$ average of 91.39 3 (1971De22); 91.43 3 (1990Ad07).
164ER2 G ELC=3.5 15 (1960AB04)
164ER CG K:L1:L2:L3:M:N=1000:45:655:680:230:50 (1965AB05);
164ER2CG L1:L2:L3=12 3:110 17:110 17 (1990AD07).
164ER DG $ CEK=134
164ER L 299.43 3 4+
164ER G 208.04 3 17.5 8 E2 0.221 C
164ERS G KC=0.1446 21$LC=0.0587 9$MC=0.01397 20$
164ERS G NC=0.00318 5$OC=0.000394 6$PC=6.87E-6 10
164ER2 G EKC=0.15 2 (1990AD07) $ EKC=0.161 16 (1971DE22)
164ER CG $ K:L1:L2:L3=255 35:27 5:50 9:46 9 (1990AD07).
164ER DG $ CEK=2.55 35
164ER DG K:L2:L3:M:N=100:29:14:6:2 (1965Ab05);
164ER2DG K:L:M=(100 10):(43 4):(10 1) (1971De22).
164ER L 860.23 3 2+
164ER E 0.072 LT 0.21 LT 6.8 GT 0.28 LT
164ERS E EAV=974 11$CK=0.619 6$CL=0.0953 9$CM+=0.0283 3
164ER G 561.5 3 0.6 1 E2 0.01228 C
164ERS G KC=0.00989 14$LC=0.00185 3$MC=0.000421 6$
164ERS G NC=9.71E-5 14$OC=1.328E-5 19$PC=5.52E-7 8
164ER2 G EKC=0.010 4
164ER DG CEK=0.006 2
164ER G 768.92 4 20.0 13 E2(+M1) 1.8 GT 0.0072511 C
164ERS G KC=0.00604 9$LC=0.000943 14$MC=0.000210 3
164ERS G NC=4.88E-5 7$OC=6.93E-6 10$PC=3.50E-7 5
164ER2 G EKC=0.0047 10
164ER DG CEK=0.09 2
164ER DG EKC=0.0038 (1971DE22)
164ER G 860.29 4 16.7 6 E2 0.00461 C
164ERS G KC=0.00383 6$LC=0.000609 9$MC=0.0001361 19$
164ERS G NC=3.16E-5 5$OC=4.45E-6 7$PC=2.18E-7 3
164ER2 G EKC=0.0038 6
164ER CG $EKC gives dominant E2 with |d(E2/M1)>60
164ER DG CEK=0.065 7
164ER L 946.35 6 3+
164ER G 86.24 12 E2+M1 4.8 5 D
164ERS G KC=2.6 11$LC=1.7 12$MC=0.4 3$
164ERS G NC=0.09 7$OC=0.011 7$PC=0.00014 9
164ER CG M$from L1:L2:L3=AP 1:10:8
164ER DG CEK=0.70 15
164ER G 646.97 12 0.9 1 E2+M1 2.7 10 0.0099 13 C
164ERS G KC=0.0081 12 $LC=0.00137 13 $MC=0.00031 3
164ERS G NC=7.1E-5 7 $OC=9.9E-6 11 $PC=4.6E-7 8
164ER2 G EKC=0.010 4
164ER CG $EKC consistent with M1,E2
164ER DG CEK=0.009 2
164ER G 855.01 7 4.2 2 E2+M1 -2.8 7 0.0052 4 C
164ERS G KC=0.0043 3$LC=0.00067 4$MC=0.000150 8
164ERS G NC=3.47E-5 18$OC=4.9E-6 3$PC=2.47E-7 18
164ER2 G EKC=0.004 2
164ER CG M$EKC gives E2(+M1), |d>0.9
164ER DG CEK=0.018 5
164ER L 1058.42 9 4+
164ER G 198.4 3 H
164ER CG $CEK=0.05 2 (1992GR24)
164ER G 758.85 9 0.7 1 E2(+M1) +7 GT 0.0061815
164ERS G KC=0.00510 13$LC=0.000841 13$MC=0.000189 4
164ERS G NC=4.37E-5 9$OC=6.11E-6 13$PC=2.90E-7 8
164ER2 G EKC=0.006 1
164ER DG CEK=0.004 1
164ER G 967.8 3 0.5 1 E2 0.00360 D
164ERS G KC=0.00300 5$LC=0.000463 7$MC=0.0001031 15$
164ERS G NC=2.39E-5 4$OC=3.39E-6 5$PC=1.709E-7 24
164ER2 G EKC=0.0032 12
164ER DG CEK=0.0016 5
164ER L 1246.07 5 0+
164ER E 0.170 17 0.91 8 6.07 5 1.08 10
164ERS E EAV=801 11$CK=0.702 5$CL=0.1084 8$CM+=0.03223 23
164ER G 385.3 7 0.2 1 E2 0.0332 D
164ERS G KC=0.0255 4$LC=0.00595 9$MC=0.001374 21$
164ERS G NC=0.000316 5$OC=4.17E-5 7$PC=1.369E-6 21
164ER2 G EKC=0.025 20
164ER DG CEK=0.005 2
164ER G 1154.66 5 24.7 8 E2 0.00251 C
164ERS G KC=0.00211 3$LC=0.000313 5$MC=6.94E-5 10$
164ERS G NC=1.614E-5 23$OC=2.30E-6 4$PC=1.203E-7 17$IPC=1.714E-6 25
164ER2 G EKC=0.0018 4
164ER DG CEK=0.044 5
164ER DG EKC=0.0019 (1971DE22)
164ER G 1246.1 4 E0 0.16 3 D
164ER CG RI<0.3, CEK=0.13 3, CEL=0.020 5
164ER2 G EKC GT 0.43 $ ELC GT 0.06
164ER DG EKC>0.022 (1971DE22)
164ER CG ^X(BE0/BE2(1155G))=0.26 7 (1990AD07)
164ER L 1314.57 4 2+
164ER E 0.13 1 0.77 7 6.12 5 0.90 8
164ERS E EAV=771 11$CK=0.715 5$CL=0.1106 8$CM+=0.03286 22
164ER G 68.49 14 (E2) 13.09 22 D
164ERS G KC=2.03 3$LC=8.47 15$MC=2.06 4$
164ERS G NC=0.466 8$OC=0.0540 10$PC=0.0001027 15
164ER CG M$from L1:L2 AP 1:1
164ER G 368.2 3 H ?
164ER CG $CEK=0.008 3 (1992GR24)
164ER G 454.6 1 0.2 1 E2 0.0211 D
164ERS G KC=0.01661 24$LC=0.00348 5$MC=0.000798 12$
164ERS G NC=0.000184 3$OC=2.47E-5 4$PC=9.10E-7 13
164ER2 G EKC=0.020 13
164ER DG CEK=0.0040 15
164ER G 1015.15 7 2.4 1 (E2) 0.00326 &C
164ERF G FL=299.43
164ERS G KC=0.00273 4$LC=0.000416 6$MC=9.24E-5 13$
164ERS G NC=2.15E-5 3$OC=3.05E-6 5$PC=1.552E-7 22
164ER2 G EKC=0.0027 8
164ER DG CEK=0.0064 16
164ER G 1223.14 5 9.1 3 M1+E2+E0 0.010 3 C
164ER2 G EKC=0.008 2
164ER DG CEK=0.070 15
164ER DG EKC=0.0087 (1971DE22)
164ER CG ^X(BE0/BE2)=0.33 10 (1990AD07)
164ER G 1314.3 2 5.1 3 E2 0.00197
164ERS G KC=0.001643 23$LC=0.000238 4$MC=5.27E-5 8$
164ERS G NC=1.225E-5 18$OC=1.756E-6 25$PC=9.36E-8 14$IPC=2.16E-5 3
164ER2 G EKC=0.0017 4
164ER DG CEK=0.009 2
164ER DG EKC=0.0017 (1971DE22)
164ER L 1386.73 4 1-
164ER E 0.11 1 0.73 8 6.1 1 0.84 9
164ERS E EAV=739 11$CK=0.729 5$CL=0.1127 7$CM+=0.03351 22
164ER G 140.6 2 H
164ER CG $CEK AP 0.05 (1992GR24)
164ER G 526.3 4 H ?
164ER CG $CEK AP 0.0015 (1992GR24)
164ER G 1295.36 5 14.4 4 E1 0.00092 C
164ERS G KC=0.000733 11$LC=9.78E-5 14$MC=2.14E-5 3$
164ERS G NC=4.97E-6 7$OC=7.20E-7 10$PC=4.03E-8 6$IPC=6.51E-5 10
164ER2 G EKC=0.00071 22
164ER DG CEK=0.010 3
164ER DG EKC=0.00068 (1971DE22)
164ER G 1386.69 5 9.5 5 E1 0.00088 C
164ERS G KC=0.000651 10$LC=8.67E-5 13$MC=1.90E-5 3$
164ERS G NC=4.41E-6 7$OC=6.38E-7 9$PC=3.59E-8 5$IPC=0.0001192 17
164ER2 G EKC=0.0006 2
164ER DG CEK=0.006 2
164ER L 1416.57 5 0+
164ER CL J$1971DE22 proposed 1+
164ER E 0.078 8 0.58 5 6.21 5 0.66 6
164ERS E EAV=725 11$CK=0.734 5$CL=0.1136 7$CM+=0.03377 21
164ER G 170.6 3 (E0) H
164ER CG $CEK=0.20 7 (1992GR24)
164ER G 1325.17 5 11.6 3 E2 0.00194 C
164ERS G KC=0.001617 23$LC=0.000234 4$MC=5.18E-5 8$
164ERS G NC=1.204E-5 17$OC=1.726E-6 25$PC=9.22E-8 13$IPC=2.38E-5 4
164ER2 G EKC=0.0017 5
164ER DG CEK=0.020 6
164ER DG EKC=0.0015 (1971DE22)
164ER G 1416.6 1 E0 D
164ER DG E$ 1415.8 10 (I|g=0.4 3) in 1971De22 is assigned from this level.
164ER2DG But E0 is assigned by 1990Ad07 from ce data for this transition
164ER CG RI$5.2 2 for 1416.6+1417.77, but no photons are expected for 1416.6
164ER CG CEK(1416.6)=0.021 4
164ER CG ^X(BE0/BE2(1325G))=0.14 5 (1990AD07)
164ER L 1433.97 5 3-
164ER E 0.0019 7 0.052 18 8.7 2 0.054 19 1U?
164ERS E EAV=728 11$CK=0.7974 16$CL=0.1285 4$CM+=0.03846 11
164ER G 574.2 4 H
164ER CG $CEK AP 0.0010 (1992GR24)
164ER G 1134.60 6 1.2 1 E1 0.00109 C
164ERS G KC=0.000927 13$LC=0.0001243 18$MC=2.72E-5 4$
164ERS G NC=6.33E-6 9$OC=9.14E-7 13$PC=5.09E-8 8$IPC=4.89E-6 7
164ER2 G EKC=0.0011 3
164ER DG CEK=0.0013 3
164ER G 1342.59 7 2.1 1 E1 0.00090
164ERS G KC=0.000689 10$LC=9.18E-5 13$MC=2.01E-5 3$
164ERS G NC=4.67E-6 7$OC=6.76E-7 10$PC=3.79E-8 6$IPC=9.12E-5 13
164ER2 G EKC=0.0007 2
164ER DG CEK=0.0014 4
164ER L 1469.9 3 4+ ?
164ER G 1170.4 4 0.3 LTM1+E2+E0 B
164ERF G FLAG=D
164ER2 G EKC>0.02
164ER DG CEK=0.006 2
164ER CG ^X(BE0/BE2)=1.0 5 (1990AD07)
164ER G 1378.5 4 0.4 2 A ?
164ER L 1483.69 5 2+
164ER E 0.013 5 0.11 4 6.9 2 0.12 5 ?
164ERS E EAV=696 11$CK=0.745 4$CL=0.1155 7$CM+=0.03433 20
164ER G 168.9 3 H
164ER CG $CEK=0.15 5 (1992GR24)
164ER G 237.6 3 H
164ER CG $CEK=0.04 2 (1992GR24)
164ER G 623.5 4 H
164ER CG $CEK=0.0025 10 (1992GR24)
164ER G 1184.30 5 2.6 3 E2 0.00239 C
164ERS G KC=0.00201 3$LC=0.000297 5$MC=6.57E-5 10$
164ERS G NC=1.528E-5 22$OC=2.18E-6 3$PC=1.145E-7 16$IPC=3.68E-6 6
164ER2 G EKC=0.0023 9
164ER DG CEK=0.006 2
164ER G 1392.48 5 2.1 1 M1+E2+E0 0.021 9 C
164ER2 G EKC=0.017 7
164ER DG CEK=0.03 1
164ER CG ^X(BE0/BE2)=0.87 25 (1990AD07)
164ER G 1483.2 3 1.2 5 E2 0.00161
164ERS G KC=0.001307 19$LC=0.000186 3$MC=4.11E-5 6$
164ERS G NC=9.55E-6 14$OC=1.374E-6 20$PC=7.44E-8 11$IPC=6.66E-5 10
164ER2 G EKC AP 0.001
164ER DG CEK AP 0.002
164ER L 1495.25 17 H
164ER CL J$1992GR24 propose 2-
164ER E 0.011 2 0.099 18 6.9 1 0.11 2
164ERS E EAV=690 11$CK=0.747 4$CL=0.1158 7$CM+=0.03442 20
164ER G 547.9 4 H
164ER CG $CEK AP 0.0015 (1992GR24)
164ER G 635.10 251.6 2 & ?
164ERF G FLAG=J
164ER L 1568.72 13(3-) B
164ER CL Intensity balance at this level is not very satisfactory.
164ER G 1268.4 5 0.5 2 DC
164ER G 1477.1 4 0.8 2 D
164ER L 1577.74 6 1-
164ER G 190.6 3 H
164ER CG $CEK=0.07 3 (1992GR24)
164ER G 331.0 3 H
164ER CG $CEK AP 0.002 (1992GR24)
164ER G 1486.27 17 6.1 6 E1 0.00086 C
164ERS G KC=0.000579 9$LC=7.68E-5 11$MC=1.679E-5 24$
164ERS G NC=3.91E-6 6$OC=5.66E-7 8$PC=3.19E-8 5$IPC=0.000187 3
164ER2 G EKC=0.00057 16
164ER DG CEK=0.0033 8
164ER G 1577.72 8 1.6 1 (E1) 0.00087
164ERS G KC=0.000523 8$LC=6.93E-5 10$MC=1.516E-5 22$
164ERS G NC=3.53E-6 5$OC=5.11E-7 8$PC=2.89E-8 4$IPC=0.000254 4
164ER2 G EKC AP 0.001
164ER DG CEK AP 0.002
164ER L 1631.35 20 H ?
164ER CL J$1992GR24 propose 3-
164ER G 136.1 2 H
164ER CG $CEK=0.20 7 (1992GR24)
164ER G 572.9 4 H
164ER CG $CEK AP 0.0010 (1992GR24)
164ER G 685.0 4 H
164ER CG $CEK=0.0015 6 (1992GR24)
164ER L 1702.20 4 0+
164ER E 0.108 11 1.52 12 5.69 5 1.63 13
164ERS E EAV=599 11$CK=0.777 4$CL=0.1208 6$CM+=0.03595 17
164ER G 218.5 3 0.6 2 D
164ER G 315.44 6 1.9 1 E1 0.01638 C
164ERS G KC=0.01383 20$LC=0.00199 3$MC=0.000439 7$
164ERS G NC=0.0001015 15$OC=1.428E-5 20$PC=7.18E-7 10
164ER2 G EKC=0.014 4
164ER DG CEK=0.028 6
164ER DG EKC=0.0097 (1971DE22)
164ER G 387.7 0.1 LT D
164ER G 456.4 2 E0 0.022 4 D
164ER2 G EKC GT 0.18 $ ELC GT 0.03
164ER CG M$from EKC AND ELC
164ER CG RI<0.1, CEK=0.018 4, CE(L1)=0.003 1
164ER CG ^X(BE0/BE2(388G))>0.09 (1990AD07)
164ER G 842.06 5 5.8 3 E2 0.00483 C
164ERS G KC=0.00400 6$LC=0.000641 9$MC=0.0001434 20$
164ERS G NC=3.32E-5 5$OC=4.68E-6 7$PC=2.27E-7 4
164ER2 G EKC=0.004 1
164ER DG CEK=0.023 6
164ER G 1610.71 5 15.9 5 E2 0.00143 C
164ERS G KC=0.001120 16$LC=0.0001580 23$MC=3.48E-5 5$
164ERS G NC=8.10E-6 12$OC=1.168E-6 17$PC=6.38E-8 9$IPC=0.0001115 16
164ER2 G EKC=0.0013 3
164ER DG CEK=0.020 4
164ER G 1702.1 4 0.3 LT E0 0.009 2 D
164ER2 G EKC GT 0.023 $ ELC AP 0.003
164ER CG RI<0.3, CEK=0.007 2, CEL AP 0.001
164ER CG ^X(BE0/BE2(1611G))=0.069 23 (1990AD07)
164ER L 1715.26 7 (2-) H
164ER CL J$1992GR24 propose 2-
164ER G 137.7 2 H
164ER CG $CEK=0.15 6 (1992GR24)
164ER G 768.7 H
164ER G 854.9 H
164ER L 1765.85 4 0+
164ER E 0.076 8 1.26 10 5.75 5 1.34 11
164ERS E EAV=571 11$CK=0.785 3$CL=0.1222 5$CM+=0.03636 15
164ER G 451.3 0.1 LT D
164ER G 519.76 21 E0 0.06 2 D
164ER2 G EKC GT 0.5 $ ELC GT 0.01
164ER CG RI<0.1, CEK=0.050 15, CEL=0.001
164ER CG ^X(BE0/BE2(451G))>0.05 (1990AD07)
164ER G 905.70 5 5.0 3 E2 0.00413 C
164ERS G KC=0.00344 5$LC=0.000540 8$MC=0.0001204 17$
164ERS G NC=2.79E-5 4$OC=3.94E-6 6$PC=1.96E-7 3
164ER2 G EKC=0.0035 10
164ER DG CEK=0.018 4
164ER DG EKC=0.0058 (1971DE22)
164ER G 1674.34 5 15.5 5 E2 0.00137 C
164ERS G KC=0.001043 15$LC=0.0001464 21$MC=3.22E-5 5$
164ERS G NC=7.50E-6 11$OC=1.082E-6 16$PC=5.94E-8 9$IPC=0.0001370 20
164ER2 G EKC=0.0011 2
164ER DG CEK=0.018 3
164ER DG EKC=0.0013 (1971DE22)
164ER G 1765.8 4 0.3 LTE0 0.05 1 D
164ER2 G EKC GT 0.13 $ ELC GT 0.023
164ER CG RI<0.3, CEK=0.04 1, CEL=0.007 2
164ER DG EKC>0.033 (1971DE22)
164ER CG ^X(BE0/BE2(1674G))=0.51 15 (1990AD07)
164ER L 1788.36 6 2+
164ER E 0.042 5 0.75 8 5.97 5 0.79 8
164ERS E EAV=561 11$CK=0.787 3$CL=0.1226 5$CM+=0.03650 15
164ER G 474.2 2 0.3 1 M1+E2+E0 0.10 4 D
164ER2 G EKC=0.08 3
164ER DG CEK=0.025 5
164ER CG ^X(BE0/BE2)=0.11 3 (1990AD07)
164ER G 729.3 4 0.5 1 &
164ERF G FLAG=D
164ER CG M$M1+E2+E0 (1990AD07) from EKC=0.048 18 is in disagreement
164ER2CG with the ^Adopted placement.
164ER DG CEK=0.024 8
164ER G 1489.15 116.4 7 E2 0.00160 C
164ERS G KC=0.001297 19$LC=0.000185 3$MC=4.07E-5 6$
164ERS G NC=9.48E-6 14$OC=1.363E-6 19$PC=7.39E-8 11$IPC=6.85E-5 10
164ER2 G EKC=0.0012 3
164ER DG CEK=0.008 2
164ER G 1696.86 6 3.9 2 M1+E2+E0 0.0048 15 C
164ER2 G EKC=0.0038 12
164ER DG CEK=0.014 3. (0.0141 3 listed in 1990Ad07 seems a misprint)
164ER DG EKC=0.0064 (1971DE22)
164ER CG ^X(BE0/BE2)=0.64 19 (1990AD07)
164ER G 1788.4 4 0.6 1
164ER L 1833.43 4 2+
164ER E 0.015 2 0.30 3 6.34 5 0.32 3
164ERS E EAV=541 11$CK=0.792 3$CL=0.1235 5$CM+=0.03676 14
164ER G 973.4 4 0.3 1 D
164ER CG E$uncertainty of 0.04 (1990AD07) seems a misprint
164ER G 1533.93 5 2.1 1 E2 0.00153 C
164ERS G KC=0.001227 18$LC=0.0001741 25$MC=3.84E-5 6$
164ERS G NC=8.93E-6 13$OC=1.286E-6 18$PC=6.99E-8 10$IPC=8.35E-5 12
164ER CG EG=1583.9 (1990AD07) is a misprint
164ER2 G EKC=0.0013 2
164ER DG CEK=0.0084 8
164ER G 1742.09 5 3.3 1 M1+E2+E0 0.0055 19 C
164ER2 G EKC=0.0044 15
164ER DG CEK=0.015 4
164ER DG EKC=0.0053 (1971DE22)
164ER CG ^X(BE0/BE2)=0.9 3 (1990AD07)
164ER G 1833.35 16 1.6 2 E2 0.00125
164ERS G KC=0.000882 13$LC=0.0001227 18$MC=2.70E-5 4$
164ERS G NC=6.28E-6 9$OC=9.08E-7 13$PC=5.02E-8 7$IPC=0.000206 3
164ER2 G EKC=0.0011 4
164ER DG CEK=0.0020 5
164ER L 1841.7 4 (0+) B ?
164ER E 0.0042 11 0.086 22 6.9 1 0.090 23 ?
164ERS E EAV=537 11$CK=0.793 3$CL=0.1237 5$CM+=0.03681 14
164ER G 358.0 4 1.0 3 E2 0.0409 D
164ERS G KC=0.0311 5$LC=0.00763 11$MC=0.00177 3$
164ERS G NC=0.000406 6$OC=5.32E-5 8$PC=1.649E-6 24
164ER2 G EKC=0.03 1
164ER DG CEK=0.03 1
164ER G 1750.2 6 0.3 1 D
164ER G 1841.6 (E0) D ?
164ER CG E$from table 4 of 1990AD07
164ER CG ^X(BE0/BE2(1750G))=2.3 7 (1990AD07)
164ER L 1861.47 19(0,1,2)+ B ?
164ER E 0.0035 8 0.077 16 6.9 1 0.081 17 ?
164ERS E EAV=529 11$CK=0.7953 25$CL=0.1240 5$CM+=0.03692 14
164ER G 377.77 240.2 1 D
164ER G 546.9 3 1.0 2 E2 0.01310 D
164ERS G KC=0.01053 15$LC=0.00200 3$MC=0.000454 7$
164ERS G NC=0.0001049 15$OC=1.430E-5 21$PC=5.87E-7 9
164ER2 G EKC=0.010 4
164ER DG CEK=0.010 3
164ER L 1875.20 6 1(+) ?
164ER CL J$1992GR24 propose (1,2)+
164ER E 0.0097 14 0.22 3 6.5 1 0.23 3 ?
164ERS E EAV=523 11$CK=0.7966 24$CL=0.1243 5$CM+=0.03699 14
164ER G 159.93 3 0.4 1 E1 0.0935 J
164ERF G FLAG=C
164ERF G FL=1715.26
164ERS G KC=0.0784 11$LC=0.01184 17$MC=0.00262 4$
164ERS G NC=0.000602 9$OC=8.26E-5 12$PC=3.77E-6 6
164ER CG $EKC=0.12 5
164ER CG $CEK=0.05 2 (1992GR24)
164ER G 305.9 4 0.4 1 B ?
164ERF G FLAG=D
164ER G 1015.15 7 2.4 1 &C
164ERF G FL=860.23
164ER G 1783.6 2 1.0 1 C
164ER G 1875.5 5 0.9 1 ?
164ER L 1911.12 6 2+
164ER E 0.019 2 0.48 5 6.11 5 0.50 5
164ERS E EAV=507 11$CK=0.8000 23$CL=0.1249 5$CM+=0.03719 13
164ER G 524.52 9 0.9 2 E1 0.00503
164ERS G KC=0.00427 6$LC=0.000595 9$MC=0.0001309 19$
164ERS G NC=3.04E-5 5$OC=4.33E-6 6$PC=2.29E-7 4
164ER2 G EKC=0.0036 18
164ER DG CEK=0.004 1
164ER G 666.5 3 0.5 1 (E2) 0.00814 &
164ERF G FLAG=D
164ERF G FL=1246.07
164ERS G KC=0.00666 10$LC=0.001156 17$MC=0.000261 4$
164ERS G NC=6.03E-5 9$OC=8.36E-6 12$PC=3.75E-7 6
164ER DG E$ uncertainty of 0.03 (1990Ad07) seems a misprint
164ER2 G EKC=0.007 3
164ER DG CEK=0.0035 11
164ER G 1819.78 9 6.1 3 M1+E2+E0 0.0036 10 C
164ER2 G EKC=0.0029 8
164ER DG CEK=0.018 4
164ER DG EKC=0.0020 (1971DE22)
164ER CG ^X(BE0/BE2)=0.65 21 (1990AD07)
164ER G 1910.92 9 0.75 8 A ?
164ER L 1953.93 6 2+
164ER E 0.019 2 0.56 6 6.0 1 0.58 6
164ERS E EAV=488 11$CK=0.8038 21$CL=0.1256 4$CM+=0.03740 12
164ER G 1093.4 5 0.5 2 E2 0.00280 D
164ERS G KC=0.00235 4$LC=0.000353 5$MC=7.83E-5 11$
164ERS G NC=1.82E-5 3$OC=2.59E-6 4$PC=1.339E-7 19
164ER2 G EKC=0.0024 15
164ER DG CEK=0.0012
164ER G 1654.9 4 0.5 2 E2 0.00139
164ERS G KC=0.001066 15$LC=0.0001498 21$MC=3.30E-5 5$
164ERS G NC=7.68E-6 11$OC=1.107E-6 16$PC=6.07E-8 9$IPC=0.0001290 19
164ER2 G EKC=0.0011 4
164ER DG CEK=0.0007 2
164ER G 1862.52 5 7.7 4 M1+E2+E0 0.0030 8 C
164ER2 G EKC=0.0024 6
164ER DG CEK=0.018 4
164ER DG EKC=0.0019 (1971DE22)
164ER CG ^X(BE0/BE2)=0.49 16 (1990AD07)
164ER L 1961.36 8 H
164ER CL J$1992GR24 propose 3-
164ER E 0.0071 11 0.21 3 6.4 1 0.22 3
164ERS E EAV=485 11$CK=0.8044 21$CL=0.1257 4$CM+=0.03744 12
164ER G 383.0 4 H
164ER CG $CEK AP 0.003 (1992GR24)
164ER G 465.3 4 H
164ER CG $CEK=0.0025 10 (1992GR24)
164ER G 574.2 4 H
164ER CG $CEK AP 0.0010 (1992GR24)
164ER G 1015.15 7 2.4 1 &
164ERF G FLAG=J
164ERF G FL=946.35
164ER G 1661.2 4 0.6 2 C
164ERF G FLAG=J
164ER G 1869.3 100.3 2 &
164ERF G FLAG=J
164ER L 2022.50 8 A ?
164ER E 0.0053 9 0.19 3 6.5 1 0.20 3 ?
164ERS E EAV=458 11$CK=0.8091 18$CL=0.1267 4$CM+=0.03772 11
164ER G 635.10 251.6 2 & ?
164ERF G FLAG=E
164ER G 2022.55 8 1.4 2 E
164ER L 2025.71 6 (2+)
164ER E 0.023 3 0.87 8 5.80 5 0.89 8
164ERS E EAV=456 11$CK=0.8093 18$CL=0.1267 4$CM+=0.03773 11
164ER G 711.2 4 0.4 1 B ?
164ERF G FLAG=D
164ER G 780.1 4 0.4 1 D
164ER G 1165.45 5 11.1 5 E2 0.00247 C
164ERS G KC=0.00207 3$LC=0.000307 5$MC=6.81E-5 10$
164ERS G NC=1.581E-5 23$OC=2.26E-6 4$PC=1.181E-7 17$IPC=2.31E-6 4
164ER2 G EKC=0.0022 6
164ER DG CEK=0.024 6
164ER DG EKC=0.0024 (1971DE22)
164ER G 1934.96 15 2.5 1 (E2) 0.00119 &
164ERF G FL=91.396
164ERS G KC=0.000799 12$LC=0.0001106 16$MC=2.43E-5 4$
164ERS G NC=5.66E-6 8$OC=8.19E-7 12$PC=4.55E-8 7$IPC=0.000252 4
164ER2 G EKC=0.0013 5
164ER DG CEK=0.003 1
164ER L 2032.13 15 B
164ER E 0.0021 3 0.078 9 6.9 1 0.080 9 ?
164ERS E EAV=454 11$CK=0.8098 18$CL=0.1268 4$CM+=0.03776 11
164ER G 786.06 141.2 1 DC
164ER L 2035.69 20 ?
164ER E 0.0033 6 0.13 2 6.6 1 0.13 2 ?
164ERS E EAV=452 11$CK=0.8100 18$CL=0.1268 4$CM+=0.03778 11
164ER G 721.1 7 0.2 1 B ?
164ERF G FLAG=D
164ER G 1944.5 4 0.65 15
164ER G 2035.60 23 1.1 2
164ER L 2069.66 13 (1-,2-) ?
164ER CL J$1992GR24 proposed 2+
164ER E 0.0058 9 0.25 3 6.3 1 0.26 3 ?
164ERS E EAV=437 11$CK=0.8123 16$CL=0.1273 4$CM+=0.03792 10
164ER G 355.00 221.0 1 M1,E2 0.064 22 C
164ERF G FLAG=J
164ERS G KC=0.052 20$LC=0.0092 14$MC=0.0021 3$
164ERS G NC=0.00048 7$OC=6.7E-5 12$PC=3.0E-6 14
164ER2 G EKC=0.046 15
164ER DG CEK=0.046 10
164ER G 635.10 251.6 2 &
164ER CG M$M1+E2+E0 (1990AD07) is
164ER2CG based on EKC=0.07 2. However, EKC agrees with M2 also.
164ER DG CEK=0.11 2
164ER G 1978.0 2 1.5 1
164ER L 2168.2 3 B
164ER E 0.001 1 0.09 3 6.7 2 0.09 3 ?
164ERS E EAV=394 11$CK=0.8179 13$CL=0.1285 3$CM+=0.03830 9
164ER G 142.3 3 0.7 3 D
164ER CG RI$from 1987ADZV
164ER G 1110.5 8 0.3 2 B ?
164ERF G FLAG=D
164ER G 1869.3 100.3 2 &
164ERF G FLAG=D
164ER L 2172.96 6 0+
164ER E 0.023 3 1.52 15 5.49 5 1.54 15
164ERS E EAV=392 11$CK=0.8182 12$CL=0.1286 3$CM+=0.03832 9
164ER G 298.09 210.8 2 (M1) 0.1357 D
164ERS G KC=0.1142 17 $ LC=0.01678 24$ MC=0.00371 6 $ NC=0.000866 13$
164ERS G OC=0.0001255 18 $PC=6.97E-6 10
164ER CG M$(M1,E2) from EKC=0.09 3. But |g between 2172,0+ and 1875, J=1
164ER2CG suggests (M1)
164ER DG CEK=0.007 2
164ER G 339.4 0.1 LT D
164ER G 407.0 1 E0 0.007 1 D
164ER2 G EKC GT 0.06
164ER CG RI<0.1, CEK=0.006 1
164ER CG ^X(BE0/BE2(339G))>0.017 (1990AD07)
164ER G 595.17 5 6.1 2 E1 0.00383 C
164ERS G KC=0.00325 5$LC=0.000451 7$MC=9.90E-5 14$
164ERS G NC=2.30E-5 4$OC=3.29E-6 5$PC=1.756E-7 25
164ER2 G EKC=0.0035 13
164ER DG CEK=0.021 7
164ER G 689.63 6 1.6 2 E2 0.00752
164ERF G FL=1483.69
164ERS G KC=0.00617 9$LC=0.001057 15$MC=0.000238 4$
164ERS G NC=5.51E-5 8$OC=7.65E-6 11$PC=3.48E-7 5
164ER CG E$level-energy difference=689.26
164ER2 G EKC=0.0066 22
164ER DG CEK=0.010 3
164ER G 858.3 0.2 LT D
164ER G 926.6 4 0.3 LT E0 0.05 1 D
164ER2 G EKC GT 0.13 $ ELC GT 0.0023
164ER CG RI<0.3, CEK=0.04 1, ELC=0.007 2
164ER CG ^X(BE0/BE2(858G))>2.9 (1990AD07)
164ER G 1312.25 14 5.4 11 E2 0.00198 C
164ERF G FL=860.23
164ERS G KC=0.001648 23$LC=0.000239 4$MC=5.29E-5 8$
164ERS G NC=1.229E-5 18$OC=1.762E-6 25$PC=9.39E-8 14$IPC=2.12E-5 3
164ER2 G EKC=0.0016 6
164ER DG CEK=0.007 2
164ER DG EKC=0.0014 (1971DE22)
164ER G 2081.54 14 9.8 5 E2 0.00114
164ERS G KC=0.000700 10$LC=9.63E-5 14$MC=2.11E-5 3$
164ERS G NC=4.92E-6 7$OC=7.13E-7 10$PC=3.98E-8 6$IPC=0.000321 5
164ER2 G EKC=0.0010 3
164ER DG CEK=0.010 2
164ER DG EKC=0.00079 (1971DE22)
164ER G 2172.5 4 E0 0.15 4 D
164ER2 G EKC GT 0.4 $ ELC GT 0.06
164ER CG RI<0.3, CEK=0.12 3, CEL=0.020 5
164ER DG EKC>0.023 (1971DE22)
164ER CG ^X(BE0/BE2(2081G))=4.5 15 (1990AD07)
164ER L 2254.64 12 B
164ER E 0.0008314 0.079 9 6.7 1 0.080 9 ?
164ERS E EAV=356 11$CK=0.8216 10$CL=0.12944 24$CM+=0.03859 8
164ER G 1955.20 11 1.2 1 FC
164ER L 2278.33 6 2+
164ER E 0.0030 5 0.32 4 6.1 1 0.32 4
164ERS E EAV=345 11$CK=0.8225 9$CL=0.12967 24$CM+=0.03866 8
164ER G 318.6 3 H
164ERF G FL=1961.36
164ER CG $CEK AP 0.003 (1992GR24)
164ER G 794.6 5 0.3 1 M1+E2+E0 0.058 30 D
164ER2 G EKC=0.046 24
164ER DG CEK=0.014 3
164ER CG ^X(BE0/BE2)=0.47 22 (1990AD07)
164ER G 844.7 1 0.3 AP D
164ER CG M$(E1,M2) from EKC AP 0.01
164ER DG CEK=0.003 1
164ER cG E$level-energy differenc=844.4
164ER G 963.9 3 0.5 1 M1+E2+E0 0.040 20
164ER DG E$ uncertainty of 0.03 (1990Ad07) seems a misprint
164ER2 G EKC=0.032 16
164ER DG CEK=0.016 5
164ER CG ^X(BE0/BE2)=0.7 3 (1990AD07)
164ER G 1417.96 8 2.4 2 E2 0.00173 C
164ERS G KC=0.001422 20$LC=0.000204 3$MC=4.50E-5 7$
164ERS G NC=1.047E-5 15$OC=1.504E-6 21$PC=8.10E-8 12$IPC=4.68E-5 7
164ER CG RI$from 1971DE22. RI=5.2 2 (1990AD07) for a doublet (1417.77+1416.6)
164ER2 G EKC=0.00017 5
164ER DG CEK=0.0004 1
164ER G 2186.4 4 0.5 1 M1+E2+E0 0.025 10
164ER2 G EKC=0.020 8
164ER DG CEK=0.010 3
164ER DG EKC=0.0046 (1971DE22) DISAGREES WITH 0.020 8 FROM 1990AD07
164ER CG ^X(BE0/BE2)=14 6 (1990AD07)
164ER G 2278.09 12 1.1 1 (E2) 0.00111
164ERS G KC=0.000595 9$LC=8.13E-5 12$MC=1.783E-5 25$
164ERS G NC=4.15E-6 6$OC=6.02E-7 9$PC=3.38E-8 5$IPC=0.000414 6
164ER2 G EKC AP 0.0016
164ER DG CEK AP 0.002
164ER L 2444.52 6(2+) B
164ER E 0.0024 5 0.68 6 5.70 5 0.68 6
164ERS E EAV=272 11$CK=0.8263 4$CL=0.13105 18$CM+=0.03911 6
164ER G 484.0 4 H
164ER CG $CEK=0.0015 6 (1992GR24)
164ER G 729.3 4 0.5 1 &
164ERF G FLAG=DJ
164ER G 875.43 190.5 1 (E1) 0.00176 D
164ERS G KC=0.001499 21$LC=0.000203 3$MC=4.46E-5 7$
164ERS G NC=1.036E-5 15$OC=1.492E-6 21$PC=8.19E-8 12
164ER2 G EKC=0.003
164ER DG CEK=0.0015
164ER G 1057.81 5 6.9 3 (E1) 0.00123 FC
164ERS G KC=0.001052 15$LC=0.0001416 20$MC=3.10E-5 5$
164ERS G NC=7.21E-6 10$OC=1.040E-6 15$PC=5.77E-8 8
164ER2 G EKC AP 0.0013
164ER DG CEK AP 0.009
164ER G 1584.0 4 0.4 1 F
164ER G 2353.0 2 1.8 1 & ?
164ERF G FLAG=B
164ER DG Placed from a 3213 level (1971De22)
164ER L 2541.13 14 (1+,2+) B
164ER E 0.000256 0.148 20 6.3 1 0.148 20 ?
164ERS E EAV=230 11$CK=0.8273 2$CL=0.13173 17$CM+=0.03933 6
164ER G 666.5 3 0.5 1 (E2) 0.00814 &
164ERF G FLAG=D
164ERS G KC=0.00666 10$LC=0.001156 17$MC=0.000261 4$
164ERS G NC=6.03E-5 9$OC=8.36E-6 12$PC=3.75E-7 6
164ER DG E$ uncertainty of 0.03 (1990Ad07) seems a misprint
164ER G 775.47 220.7 2 B ?
164ERF G FLAG=D
164ER G 2449.3 2 1.0 1
164ER L 2823.56 21 B ?
164ER E 0.087 18 6.4 1 0.087 18
164ERS E CK=0.8263 3$CL=0.13365 19$CM+=0.04000 7
164ER G 753.4 4 0.3 1 D
164ER G 797.9 3 0.5 1 D
164ER G 862.7 4 H
164ER CG $CEK=0.0010 5 (1992GR24)
164ER G 1876.9 7 0.5 2 D
164ER L 3028.78 15 B
164ER E 0.180 21 5.9 1 ?
164ERS E CK=0.8238 4$CL=0.1355 3$CM+=0.04066 10
164ER G 1460.20 161.5 2 F
164ER G 1714.1 2 0.78 4 F
164ER G 1969.6 5 0.4 1 D
164ER L 3407.94 25
164ER E 0.090 13 5.7 1 ?
164ERS E CK=0.8143 11$CL=0.1425 8$CM+=0.0432 3
164ER G 1840.8 7 0.2 1 D
164ER G 1974.5 5 0.6 1 D
164ER G 3108.2 4 0.25 5
164ER G 3315.6 5 0.30 5 A ?
164ER L 3534.51 7 (2+) A ?
164ER E 0.16 2 5.3 1 ?
164ERS E CK=0.8075 18$CL=0.1476 13$CM+=0.0450 5
164ER G 1361.53 5 1.12 5 (E2) 0.00185 E
164ERS G KC=0.001536 22$LC=0.000222 4$MC=4.89E-5 7$
164ERS G NC=1.138E-5 16$OC=1.633E-6 23$PC=8.75E-8 13$IPC=3.19E-5 5
164ER2 G EKC=0.006 2
164ER DG CEK=0.007 2
164ER G 1623.9 3 0.8 1 E ?
164ER DG Also placed from a 2570 level (1971De22)
164ER G 2052.5 5 0.4 1 & ?
164ERF G FL=1483.69
164ERF G FLAG=E
164ER L 3629.69 10 2+ B
164ER E 0.50 5 4.6 1
164ERS E CK=0.799 3$CL=0.1538 22$CM+=0.0472 8
164ER G 1350.9 5 0.4 2 D
164ER G 2052.5 5 0.4 1 & ?
164ERF G FLAG=B
164ER G 2383.61 9 6.0 3 E2 0.00111 F
164ERS G KC=0.000549 8$LC=7.47E-5 11$MC=1.639E-5 23$
164ERS G NC=3.82E-6 6$OC=5.54E-7 8$PC=3.12E-8 5$IPC=0.000464 7
164ER2 G EKC=0.0014 4
164ER DG CEK=0.008 2
164ER G 2570.9 5 0.6 1
164ER L 3768.52 13(1+,2+) B
164ER E 0.37 3 4.3 1
164ERS E CK=0.773 9$CL=0.173 7$CM+=0.0541 23
164ER G 1894.4 4 0.4 1 D
164ERF G FL=1875.20
164ER G 1934.96 15 2.5 1 (E2) 0.00119 &
164ERS G KC=0.000799 12$LC=0.0001106 16$MC=2.43E-5 4$
164ERS G NC=5.66E-6 8$OC=8.19E-7 12$PC=4.55E-8 7$IPC=0.000252 4
164ER G 2353.0 2 1.8 1 & ?
164ERF G FLAG=B
164ERF G FL=1416.57
164ER G 2521.77 14 0.8 1
164ERF G FL=1246.07