/*===================================================================*/ /* NRDF D0275 Data No.4 */ /*===================================================================*/ /* Bibliography */ /*===================================================================*/ \\BIB,4; D#=D275; TITLE=/STRUCTURE AND DIRECTIONAL-CORRELATION MEASUREMENTS IN 97TC FROM 97MO(P,N)97TC(GAMMA) SPECTROMETRY/; PURPOSE=/THE LEVEL STRUCTURE AND DECAY PROPERTIES IN 97TC WERE STUDIED BY DETAILED IN BEAM GAMMA-RAY SPECTROMETRY VIA MEASUREMENTS OF EXCITATION FUNCTIONS OF SINGLES GAMMA-RAYS AND GAMMA-GAMMA-COINCIDENCE EXPERIMENTS AND A CONSISTENT DECAY SCHEME IN WHICH MANY NEW LEVELS WERE ADDED WAS OBTAINED./; ATH=(A.C.XENOULIS'1',C.A.KALFAS'1'); INST-ATH=(2GRCATH'1'); REF=PR/C; VLP=20(1979)145; RCTS=(97MO(P,N)97TC,97TC(GAMMA)97TC); /*===================================================================*/ /* Experimental Conditions */ /*===================================================================*/ \\EXP,4; ENR=94.6%; THK-TGT=4MB/CM**2; BAC=SELF; POL-TGT=NO; ALGN-TGT=NO; ACC=VDGT'1'; /*@29@*/ INST-ACC=2GRCATH; INC-ENGY-LAB-RANGE=1.5MEV(XMEV)8.0MEV; DELTA-INC-ENGY=XKEV; ERS-PRJ=X%; BEAM-INTNSTY=XUA; POL-PRJ=NO; DET-PARTCL=(GAMMA); DET-SYS=(GE); ERS-DET=1.8KEV'1'; /*@30@*/ ANL=(STATIST-MODEL,X'1'); /*@31@*/ PHQ=(EXC-FUNCT,ENGY-SPEC,XSECTN-LEVEL,DSIGMA/DE,DSIGMA/DOMEGA/DE, EXC-ENGY,SPIN,PTY,TRANSN-STRGTH,BE-L,BM-L,X'1'); /*@32@*/ PHQ=(ENGY-SPEC,EXC-ENGY,SPIN,PTY,X'1'); /*@34@*/ /*===================================================================*/ /* Descriptive Parameters */ /*===================================================================*/ \\DATA,4; INC-ENGY-LAB=4.0MEV; CMPD=98TC; RSD=97TC; THTL=90DEG; /*===================================================================*/ /* Data Table */ /*===================================================================*/ \DATA; LEVEL-NUMBER EXC-ENGY DELTA-EXC-ENGY J-PI INITIAL'1' FINAL'2' GAMMA-ENG Y DELTA-GAMMA-ENGY BRNCH-RT'12' DELTA-BRNCH-RT (NODIM) (KEV) (KEV) (NODIM) (NODIM) (NODIM) (KEV) (KEV) (%) (%) 0 0 X 9/2 X X X X X X 1 96.5 0.1 1/2- X X X X X X 2 215.70 0.05 7/2+ 2 0 215.70 0.05 100 X 3 324.46 0.05 5/2+ 3 2 108.8 X 1'3' X 3 324.46 0.05 5/2+ 3 0 324.46 0.05 99 X 4 580.10 0.14 3/2- 4 1 483.60 0.04 100 X 5 656.85 0.11 5/2- 5 3 332.4 0.3 0.9 0.5 5 656.85 0.11 5/2- 5 1 560.35 0.05 99.1 0.8 6 772.6 0.1 13/2?+? 6 0 772.6 0.1 100 X 7 785.07 0.12 5/2+ 7 3 460.59 0.07 12 1 7 785.07 0.12 5/2+ 7 2 569.37 0.05 80 3 7 785.07 0.12 5/2+ 7 0 785.3 0.2 8 1 8 832.7 0.1 '4' 8 2 616.9 0.3 ? ? 8 832.7 0.1 '4' 8 0 832.8 0.1 ? ? 9 855.45 0.12 7/2+ 9 3 531.05 0.10 6.3 0.2 9 855.45 0.12 7/2+ 9 2 639.7 0.1 13.7 0.8 9 855.45 0.12 7/2+ 9 0 855.4 0.1 80 3 10 861.6 0.1 X 10 2 645.8 0.2 14 5 10 861.6 0.1 X 10 0 861.6 0.1 86 1 11 895.3 0.2 7/2?-? 11 2 679.6 0.1 96 5 11 895.3 0.2 7/2?-? 11 0 895.4 0.2 4 3 12 940.4 0.2 3/2+- 12 4 360.0 0.3 3 2 12 9404 0.2 3/2+- 12 3 616.0 0.3 95 4 12 940.4 0.2 3/2+- 12 2 724.7? 0.1? 2 1 13 946.8 0.2 3/2- 13 4 366.6 0.2 18 2 13 946.8 0.2 3/2- 13 1 850.1 0.1 82 4 14 969.7 0.2 7/2+ 14 9 114.3 0.3D 1.0 0.5'3' 14 969.7 0.2 7/2+ 14 7 184.7 0.4 2 1 14 969.7 0.2 7/2+ 14 3 645.2 0.2 39 5 14 969.7 0.2 7/2+ 14 2 753.9 0.1 57 3 14 969.7 0.2 7/2+ 14 0 969.9 0.3 1.0 0.5 15 994.7 0.2 3/2-? 15 3 670.2 0.1 90 4 15 994.7 0.2 3/2-? 15 1 898.0 0.3 10 2 16 1004.1 0.2 X 16 3 679.6 0.1 100 X 17 1049.2 0.2 3/2?-? 17 5 392.2 0.1 38 2 17 1049.2 0.2 3/2?-? 17 4 469.2 0.1 23 3 17 1049.2 0.2 3/2?-? 17 3 724.7 0.1 39 3 18 1126.6 0.1 11/2+ 18 2 911.0 0.2 26 3 18 1126.6 0.1 11/2+ 18 0 1126.6 0.1 74 4 19 1141.2 0.2 '5'+ 19 7 356.2 0.1 26 3 19 1141.2 0.2 '5'+ 19 3 816.7 0.1 70 5 19 1141.2 0.2 '5'+ 19 2 925.5 0.3 4 1 20 1160.6? 0.3? X 20 2 945.0 0.4 30 5 20 1160.6? 0.3? X 20 0 1160.5 0.3 70 6 21 1165.2? 0.6? X 21 2 949.5 0.5 100 X 22 1194.3? 0.6? X 22 2 978.6 0.5 100 X 23 1199.5 0.3 9/2+ 23 3 875.3 0.2 15 2 23 1199.5 0.3 9/2+ 23 2 983.5 0.2 44 4 23 1199.5 0.3 9/2+ 23 0 1199.0 0.4 41 7 24 1219.9 0.3 '6'+ 24 3 895.4 0.2 45 4 24 1219.9 0.3 '6'+ 24 2 1004.2 0.2 10 3 24 1219.9 0.3 '6'+ 24 0 1219.8 0.2 45 3 25 1240.0 0.2 '7' 25 5 583.16 0.05 49 2 25 1240.0 0.2 '7' 25 4 659.6 0.1 43 2 25 1240.0 0.2 '7' 25 3 915.7 0.2 8 4 25 1240.0 0.2 '7' 25 2 1024.4 0.2 14 4 26 1274.6 0.5 X 26 5 617.5 0.3 76 3 26 1274.6 0.5 X 26 4 694.8 0.6 24 1 26 1274.6 0.5 X 26 1 1179? X X X 27 1277.8 0.3 X 27 9 422.6? X X X 27 1277.8 0.3 X 27 5 620.9 0.1 86 3 27 1277.8 0.3 X 27 2 1062.0 0.4 14 2 28 1310.1 0.2 '8' 28 2 1094.5 0.2 54 3 28 1310.1 0.2 '8' 28 0 1310.0 0.3 46 2 29 1334.1? 0.4? X 29 3 1009.6 0.3 100 X 30 1349.0 0.3 X 30 3 1024.4 0.2 85 7 30 1349.0 0.3 X 30 2 1133.6 0.4 15 4 31 1372.0 0.2 3/2?+? 31 5 715.9 0.5 34 5 31 1372.0 0.2 3/2?+? 31 4 793.2 0.4 21 4 31 1372.0 0.2 3/2?+? 31 3 1048.0 0.6 22 4 31 1372.0 0.2 3/2?+? 31 1 1275.0 0.5 23 3 32 1379.6 0.3 X 32 8 547.2? 0.2 41 2 32 1379.6 0.3 X 32 3 1054.8 0.3 10 2 32 1379.6 0.3 X 32 2 1163.8 0.3 49 3 32 1379.6 0.3 X 32 0 1380? X X X 33 1396.8 0.3 X 33 4 816.7 0.1 75 6 33 1396.8 0.3 X 33 1 1300.0 0.6 35 5 34 1401.1 0.3 X 34 4 821.0 0.2 100 X 34 1401.1 0.3 X 34 1 1304? X X X 35 1409.7 0.3 X 35 5 752.7 0.4 41 4 35 1409.7 0.3 X 35 3 1084.9 0.4 37 4 35 1409.7 0.3 X 35 2 1193.8 0.2 63 3 36 1423.4 0.6 X 36 3 1099.3 0.5 79 4 36 1423.4 0.6 X 36 2 1207.4 0.5 21 2 37 1480.3? 0.6? X 37 5 823.4 0.5 100 X 38 1512.1 0.3 '9' 38 5 855.4 0.1 33 2 38 1512.1 0.3 '9' 38 3 1187.7 0.3 54 2 38 1512.1 0.3 '9' 38 2 1296.0 0.6 13 1 39 1518.4 0.4 '10' 39 4 X X 66 3 39 1518.4 0.4 '10' 39 1 1422.0 0.5 34 2 40 1522.7 0.4 X 40 3 1198.4 0.3 86 4 40 1522.7 0.4 X 40 2 1306.5 0.8 14 2 41 1579.9 0.6 '11' 41 5 923.9 0.6 46 2 41 1579.9 0.6 '11' 41 4 999.0 0.5 30 2 41 1579.9 0.6 '11' 41 3 1255.1 0.5 11 1 41 1579.9 0.6 '11' 41 2 1364.4 0.5 13 1 41 1579.9 0.6 '11' 41 1 1483.0? 0.5? X X 42 1636.9 1.4 X 42 5 980.0 0.3 100 X 43 1649.3 0.8 X 43 7 864.5 0.9 29 5 43 1649.3 0.8 X 43 3 1324.7 0.6 71 6 44 1676.1 0.7 X 44 4 1096.0 0.6 68 7 44 1676.1 0.7 X 44 3 1351.7 0.6 32 4 45 1692.4 0.5 X 45 3 1367.6 0.9 19 5 45 1692.4 0.5 X 45 2 1476.6 0.4 81 6 46 1707.2 0.8 X 46 7 922.2 0.6 37 6 46 1707.2 0.8 X 46 5 1049.5 1.0 13 5 46 1707.2 0.8 X 46 3 1382.6 0.4 33 5 46 1707.2 0.8 X 46 2 1492.0 0.7 17 5 47 1733.1 0.7 X 47 4 1152.7 0.9 34 5 47 1733.1 0.7 X 47 2 1517.5 0.5 66 5 48 1754.6 1.0 X 48 2 1539.4 098 26 5 48 1754.6 1.0 X 48 0 1754 1 74 4 49 1778.4 0.9 X 49 7 992.7 0.9 62 5 49 1778.4 0.9 X 49 2 1563.3 0.8 38 2 50 1797.0 1.0 X 50 7 1011.2 0.9 40 4 50 1797.0 1.0 X 50 5 1141.3 1.0 24 4 50 1797.0 1.0 X 50 3 1472.3 0.8 36 5 51 1816.0 0.8 X 51 3 1491.1 0.7 70 6 51 1816.0 0.8 X 51 2 1600.6 0.9 30 4 52 1844.7 1.0 X 52 2 1629.6 0.9 26 4 52 1844.7 1.0 X 52 0 1844 1 74 3 ?? 53 1850.5 0.5 X 53 5 1193.6 0.4 100 X 54 1855.7 0.9 X 54 3 1530.8 1.0 32 3 54 1855.7 0.9 X 54 2 1640.5 0.8 68 5 55 1859.0 1.1 X 55 5 1202.5 1.0 56 5 55 1859.0 1.1 X 55 4 1278.4 1.0 44 5 56 1864.2 0.8 X 56 3 1539.4 0.8 86 6 56 1864.2 0.8 X 56 2 1648.7 0.7 14 3 57 1914.9 1.0 X 57 7 1128.3 0.9 75 5 57 1914.9 1.0 X 57 3 1590.0 0.9 25 3 58 1918.7 1.1 58 7 1133.2 1.0 19 3 58 1918.7 1.1 58 5 1261.3 0.9 43 4 58 1918.7 1.1 58 3 1595.0 1.0 38 4 59 1924.0 0.8 59 5 1267.1 0.6 76 4 59 1924.0 0.8 59 4 1343.5 0.7 18 3 59 1924.0 0.8 59 3 1599.8 1.0 6 3 60 1949.2 0.5 60 7 1164.2 0.3 68 4 60 1949.2 0.5 60 3 1624.6 0.7 32 4 61 1986.3 1.1 61 5 1329.5 1.0 49 4 61 1986.3 1.1 61 4 1406.1 0.9 51 4 62 2000.6 0.8 62 4 1420.6 0.6 72 5 63 2023.3 0.9 63 4 1443.1 0.8 100 64 2035 4 0.9 64 5 1378.5 0.8 100 65 2068.5 0.7 65 5 1411.6 0.6 100 66 2120.0 1.0 66 4 1539.9 0.9 100 67 2149.4 1.1 67 5 1492.5 1.0 100 68 2201.3 1.1 68 5 1544.4 1.0 100 69 2207.9 1.1 69 4 1627.8 1.0 100 \END; /*===================================================================*/ |