C2964001 20240630
C2964001 20240630
10 19
Intrinsic states in odd-A rhenium isotopes
(M.T.Lu,W.P.Alford)
(1USAROC)
(J,PR/C,3,1243,1971)
#doi:10.1103/PhysRevC.3.1243
(VDGT,1USAROC)
(MAGSP) Reaction products were detected in Kodak-type
NTB nuclear emulsions in the focal surface of an Enge
broad-range spectrograph.
Targets were prepared by evaporating tungsten metal
in an electron-gun evaporator. The thickness of the
target material was about 50 mu-g/cm2, and was
deposited on carbon foil 20 mu-g/cm2 in thickness.
(EXTB)
(POT,COMP) Transfer l-values were obtained from cross-
section ratios of the two stripping reactions and
spectroscopic factors were extracted using DWBA
calculations.
(20240626C) OG
ENDBIB 19 0
NOCOMMON
ENDSUBENT 22 0
C2964002 20240630
5 10
(74-W-182(HE3,D)75-RE-183,PAR,DA)
(74-W-182,ENR=0.944)
(74-W-180,ENR=0.0005)
(74-W-183,ENR=0.0253)
(74-W-184,ENR=0.0232)
(74-W-186,ENR=0.008)
For the (He3,d) reaction the emulsions were covered by
aluminum absorber 0.9 mm in thickness.
(DATA-ERR) No information on source of uncertainties
(CURVE,,M.T.Lu+,J,PR/C,3,1243,1971) Fig.3 (p.1248)
ENDBIB 10 0
EN E-EXC-ERR
MEV KEV
28. 3.
ENDCOMMON
E-EXC ANG-CM DATA-CM DATA-ERR
KEV ADEG MU-B/SR MU-B/SR
0. 14.447 3.815e+01 3.090e+00
0. 19.754 3.282e+01 1.974e+00
0. 24.255 5.262e+01 3.711e+00
0. 29.161 6.120e+01 5.604e+00
0. 34.601 5.804e+01 3.491e+00
0. 39.398 5.609e+01 3.956e+00
0. 44.284 7.052e+01 4.254e+00
0. 49.630 5.242e+01 2.615e+00
0. 54.458 4.508e+01 4.136e+00
603. 13.250 1.866e+01 1.104e+00
603. 17.542 2.465e+01 1.468e+00
603. 23.090 2.214e+01 1.515e+00
603. 28.556 2.898e+01 2.538e+00
603. 32.730 3.059e+01 1.814e+00
603. 37.593 2.949e+01 2.300e+00
603. 42.914 3.486e+01 1.718e+00
603. 48.141 2.944e+01 2.308e+00
603. 53.390 2.245e+01 1.326e+00
603. 55.679 4.397e+01 2.596e+00
620. 14.392 1.534e+00 5.460e-01
620. 19.384 5.938e+00 8.459e-01
620. 23.442 1.420e+01 1.509e+00
620. 29.460 1.500e+01 1.597e+00
620. 34.352 1.164e+01 1.256e+00
620. 38.848 1.375e+01 1.335e+00
620. 44.160 1.875e+01 1.469e+00
620. 49.577 1.248e+01 1.556e+00
620. 54.093 1.277e+01 1.122e+00
665. 20.268 1.537e+00 4.194e-01
665. 25.038 3.329e+00 1.053e+00
665. 29.925 2.476e+00 5.009e-01
665. 34.858 5.647e+00 7.413e-01
665. 40.210 5.897e+00 6.388e-01
665. 44.742 5.276e+00 8.459e-01
665. 49.743 6.427e+00 9.736e-01
665. 54.796 4.880e+00 7.826e-01
704. 13.411 3.061e+00 5.895e-01
704. 17.327 4.293e+00 6.830e-01
704. 22.735 5.845e+00 8.955e-01
704. 28.053 4.685e+00 6.235e-01
704. 32.634 6.376e+00 7.904e-01
704. 37.407 7.224e+00 1.105e+00
704. 42.874 6.477e+00 7.464e-01
704. 47.676 5.986e+00 9.003e-01
704. 52.691 3.952e+00 5.604e-01
833. 13.753 7.489e+00 1.066e+00
833. 18.849 8.940e+00 1.035e+00
833. 23.645 8.603e+00 8.382e-01
833. 28.444 8.111e+00 9.401e-01
833. 38.661 9.709e+00 8.565e-01
833. 43.308 8.347e+00 8.900e-01
833. 48.295 6.680e+00 7.742e-01
833. 53.913 6.632e+00 5.839e-01
883. 14.653 5.141e+01 3.519e+00
883. 19.934 4.699e+01 3.223e+00
883. 24.398 3.880e+01 2.291e+00
883. 29.643 5.830e+01 2.888e+00
883. 39.708 5.072e+01 4.427e+00
883. 44.654 4.926e+01 3.377e+00
883. 50.274 3.947e+01 2.334e+00
883. 54.236 3.643e+01 2.497e+00
900. 14.422 7.813e+00 1.490e+00
900. 19.843 8.691e+00 1.009e+00
900. 24.012 6.604e+00 6.409e-01
900. 29.605 7.051e+00 6.902e-01
900. 39.300 8.367e+00 7.402e-01
900. 44.085 8.139e+00 7.192e-01
900. 49.573 6.190e+00 7.189e-01
900. 54.322 7.396e+00 9.251e-01
963. 14.743 2.527e+00 5.358e-01
963. 19.428 2.607e+00 4.267e-01
963. 24.405 4.203e+00 3.588e-01
963. 29.737 4.380e+00 9.624e-01
963. 34.412 5.243e+00 7.698e-01
963. 39.918 4.524e+00 5.080e-01
963. 44.571 7.367e+00 8.917e-01
963. 49.439 5.642e+00 9.057e-01
963. 54.470 4.237e+00 3.624e-01
998. 14.237 2.667e+00 6.895e-01
998. 19.040 5.156e+00 8.472e-01
998. 24.699 5.011e+00 4.296e-01
998. 29.238 4.193e+00 9.249e-01
998. 34.568 4.414e+00 6.507e-01
998. 39.396 5.960e+00 7.244e-01
998. 44.548 7.969e+00 9.685e-01
998. 49.747 5.518e+00 7.188e-01
998. 54.794 3.291e+00 5.405e-01
1039. 14.838 3.670e+01 4.121e+00
1039. 19.849 2.979e+01 3.082e+00
1039. 25.506 4.565e+01 2.210e+00
1039. 30.355 5.458e+01 3.663e+00
1039. 35.043 4.894e+01 3.285e+00
1039. 40.215 4.943e+01 3.317e+00
1039. 45.226 5.092e+01 3.418e+00
1039. 50.075 4.013e+01 3.063e+00
1039. 55.086 2.950e+01 1.705e+00
1125. 20.036 3.445e+00 8.487e-01
1125. 24.686 5.982e+00 8.336e-01
1125. 30.008 7.102e+00 8.264e-01
1125. 35.539 4.226e+00 7.320e-01
1125. 40.063 4.360e+00 5.320e-01
1125. 44.872 7.802e+00 2.219e+00
1125. 50.079 4.736e+00 7.810e-01
1125. 54.926 4.887e+00 1.268e+00
1311. 18.374 4.448e+00 5.035e-01
1311. 22.737 8.295e+00 8.649e-01
1311. 27.621 1.123e+01 9.676e-01
1311. 32.896 8.946e+00 8.529e-01
1311. 37.478 1.085e+01 7.341e-01
1311. 42.051 1.397e+01 1.015e+00
1311. 47.280 1.548e+01 1.328e+00
1311. 52.063 1.377e+01 1.451e+00
1421. 13.901 6.258e+01 3.840e+00
1421. 18.778 8.969e+01 6.020e+00
1421. 23.690 9.931e+01 5.741e+00
1421. 28.454 1.016e+02 5.871e+00
1421. 33.514 1.217e+02 4.719e+00
1421. 38.786 9.912e+01 3.858e+00
1421. 43.718 9.457e+01 4.555e+00
1421. 48.514 7.621e+01 3.683e+00
1421. 53.472 6.021e+01 3.481e+00
1470. 14.094 6.283e+01 1.888e+00
1470. 18.899 5.640e+01 3.849e+00
1470. 24.144 6.390e+01 3.757e+00
1470. 28.727 8.334e+01 4.900e+00
1470. 33.984 8.797e+01 2.625e+00
1470. 38.942 8.224e+01 3.256e+00
1470. 43.710 9.220e+01 4.511e+00
1470. 48.865 6.903e+01 3.392e+00
1470. 53.842 5.775e+01 3.395e+00
1532. 19.836 6.318e+00 4.895e-01
1532. 24.957 5.791e+00 3.936e-01
1532. 29.559 6.754e+00 5.650e-01
1532. 34.367 5.946e+00 6.225e-01
1532. 39.337 5.182e+00 5.426e-01
1532. 44.596 5.414e+00 5.179e-01
1532. 49.603 3.782e+00 7.196e-01
1532. 54.210 4.281e+00 7.444e-01
ENDDATA
ENDSUBENT 159 0
C2964003 20240630
5 10
(74-W-186(HE3,D)75-RE-187,PAR,DA)
(74-W-186,ENR=0.9723)
(74-W-180,ENR=0.0003)
(74-W-182,ENR=0.0038)
(74-W-183,ENR=0.0031)
(74-W-184,ENR=0.0205)
For the (He3,d) reaction the emulsions were covered by
aluminum absorber 0.9 mm in thickness.
(DATA-ERR) No information on source of uncertainties
(CURVE,,M.T.Lu+,J,PR/C,3,1243,1971) Fig.4 (p.1249)
ENDBIB 10 0
EN E-EXC-ERR
MEV KEV
28. 3.
ENDCOMMON
E-EXC ANG-CM DATA-CM DATA-ERR
KEV ADEG MU-B/SR MU-B/SR
0. 13.006 3.695e+01 4.342e+00
0. 18.068 2.949e+01 2.514e+00
0. 23.565 2.550e+01 2.177e+00
0. 28.255 3.124e+01 2.663e+00
0. 32.837 4.957e+01 5.025e+00
0. 38.050 4.287e+01 5.701e+00
0. 43.003 4.432e+01 3.703e+00
0. 47.948 4.304e+01 4.368e+00
0. 53.436 3.496e+01 4.917e+00
390. 21.192 6.000e+00 1.056e+00
390. 25.808 4.542e+00 5.178e-01
390. 30.727 7.455e+00 1.103e+00
390. 40.620 6.855e+00 8.545e-01
390. 45.620 6.691e+00 1.033e+00
390. 51.006 7.108e+00 1.035e+00
512. 11.071 1.136e+01 2.495e+00
512. 15.768 2.442e+01 2.923e+00
512. 21.135 1.435e+01 1.984e+00
512. 25.608 1.689e+01 1.377e+00
512. 30.528 3.359e+01 4.643e+00
512. 35.448 3.085e+01 4.639e+00
512. 40.369 2.956e+01 3.906e+00
512. 45.401 1.738e+01 1.416e+00
512. 50.992 1.988e+01 1.620e+00
591. 10.369 6.143e+00 1.343e+00
591. 15.352 4.299e+00 1.041e+00
591. 20.743 3.644e+00 7.127e-01
591. 30.252 7.657e+00 1.186e+00
591. 35.256 7.836e+00 1.360e+00
591. 40.205 5.749e+00 8.982e-01
591. 45.178 5.702e+00 9.168e-01
591. 50.744 1.377e+00 7.794e-01
621. 10.125 6.815e+00 1.954e+00
621. 15.336 8.064e+00 1.314e+00
621. 20.678 6.806e+00 1.058e+00
621. 30.405 1.212e+01 1.418e+00
621. 36.012 5.841e+00 1.287e+00
621. 40.245 8.633e+00 1.534e+00
621. 45.152 4.798e+00 1.057e+00
621. 51.066 5.478e+00 1.320e+00
648. 9.934 4.283e+00 1.064e+00
648. 15.000 3.780e+00 9.644e-01
648. 20.206 2.314e+00 7.091e-01
648. 29.775 2.944e+00 5.464e-01
648. 35.122 2.944e+00 7.315e-01
648. 40.188 2.530e+00 1.388e+00
648. 44.690 3.248e+00 1.151e+00
648. 50.037 2.575e+00 5.150e-01
775. 9.340 2.255e+01 3.477e+00
775. 14.689 2.334e+01 3.115e+00
775. 19.746 2.038e+01 1.577e+00
775. 24.545 2.592e+01 2.222e+00
775. 29.495 3.875e+01 4.870e+00
775. 34.697 3.635e+01 5.960e+00
775. 39.458 2.448e+01 3.077e+00
775. 44.383 2.467e+01 2.710e+00
775. 49.037 2.947e+01 4.849e+00
817. 14.162 4.893e+00 1.112e+00
817. 19.667 6.611e+00 1.174e+00
817. 24.039 7.819e+00 9.144e-01
817. 28.947 5.876e+00 1.213e+00
817. 34.562 4.658e+00 9.063e-01
817. 38.964 9.063e+00 2.256e+00
817. 44.132 4.815e+00 9.883e-01
817. 49.354 6.169e+00 1.332e+00
ENDDATA
ENDSUBENT 86 0
C2964004 20240630
5 12
(74-W-182(A,T)75-RE-183,PAR,DA)
(74-W-182,ENR=0.944)
(74-W-180,ENR=0.0005)
(74-W-183,ENR=0.0253)
(74-W-184,ENR=0.0232)
(74-W-186,ENR=0.008)
For the (alpha,t) reaction, the emulsions were
covered by 0.l-mm aluminum foil to absorb
singly-charged, inelastically scattered alpha
particles.
(DATA-ERR) No information on source of uncertainties
(TABLE,,M.T.Lu+,J,PR/C,3,1243,1971) Tab.VII (p.1254)
ENDBIB 12 0
EN E-EXC-ERR ANG-CM
MEV KEV ADEG
30. 2. 45.
ENDCOMMON
E-EXC DATA-CM DATA-ERR DATA-MX-CM
KEV MU-B/SR MU-B/SR MU-B/SR
0. 68.2 2.2
603. 19.8 1.2
620. 72.5 2.3
667. 14.5 1.0
702. 1.6 0.4
835. 2.0 0.5
881. 5.0 0.6
899. 6.8 0.7
998. 2.7 0.4
1039. 13.7 1.0
1309. 30.0 1.5
1422. 3.1 0.4
1470. 36.2 1.6
1631. 1.5
1653. 0.7
ENDDATA
ENDSUBENT 38 0
C2964005 20240630
5 10
(74-W-182(HE3,D)75-RE-183,PAR,DA)
(74-W-182,ENR=0.944)
(74-W-180,ENR=0.0005)
(74-W-183,ENR=0.0253)
(74-W-184,ENR=0.0232)
(74-W-186,ENR=0.008)
For the (He3,d) reaction the emulsions were covered by
aluminum absorber 0.9 mm in thickness.
(DATA-ERR) No information on source of uncertainties
(TABLE,,M.T.Lu+,J,PR/C,3,1243,1971) Tab.VII (p.1254)
ENDBIB 10 0
EN E-EXC-ERR ANG-CM
MEV KEV ADEG
28. 3. 45.
ENDCOMMON
E-EXC DATA-CM DATA-ERR
KEV MU-B/SR MU-B/SR
0. 70.6 1.8
603. 32.8 1.3
620. 19.0 1.0
667. 5.2 0.6
702. 6.3 0.6
835. 8.1 0.7
881. 49.9 1.7
899. 8.0 0.7
998. 8.2 0.7
1039. 53.5 1.7
1309. 14.0 0.4
1422. 97.8 2.3
1470. 91.2 2.2
1631. 43.1 1.5
1653. 15.4 0.8
ENDDATA
ENDSUBENT 36 0
C2964006 20240630
5 12
(74-W-184(A,T)75-RE-185,PAR,DA)
(74-W-184,ENR=0.943)
(74-W-180,ENR=0.0005)
(74-W-182,ENR=0.0191)
(74-W-183,ENR=0.0187)
(74-W-186,ENR=0.0191)
For the (alpha,t) reaction, the emulsions were
covered by 0.l-mm aluminum foil to absorb
singly-charged, inelastically scattered alpha
particles.
(DATA-ERR) No information on source of uncertainties
(TABLE,,M.T.Lu+,J,PR/C,3,1243,1971) Tab.VIII (p.1254)
ENDBIB 12 0
EN E-EXC-ERR ANG-CM
MEV KEV ADEG
30. 2. 45.
ENDCOMMON
E-EXC DATA-CM DATA-ERR
KEV MU-B/SR MU-B/SR
0. 80.7 1.5
546. 22.5 0.8
647. 15.1 0.6
717. 2.0 0.2
770. 1.5 0.2
876. 9.3 0.5
917. 111.7 1.8
932. 30.0 1.0
1013. 5.3 0.4
1220. 6.9 0.5
1303. 27.9 0.9
1344. 3.9 0.4
1434. 2.7 0.2
1497. 9.1 0.6
1596. 5.2 0.5
1651. 28.8 0.9
1700. 4.8 0.4
ENDDATA
ENDSUBENT 40 0
C2964007 20240630
5 10
(74-W-184(HE3,D)75-RE-185,PAR,DA)
(74-W-184,ENR=0.943)
(74-W-180,ENR=0.0005)
(74-W-182,ENR=0.0191)
(74-W-183,ENR=0.0187)
(74-W-186,ENR=0.0191)
For the (He3,d) reaction the emulsions were covered by
aluminum absorber 0.9 mm in thickness.
(DATA-ERR) No information on source of uncertainties
(TABLE,,M.T.Lu+,J,PR/C,3,1243,1971) Tab.VIII (p.1254)
ENDBIB 10 0
EN E-EXC-ERR ANG-CM
MEV KEV ADEG
28. 3. 45.
ENDCOMMON
E-EXC DATA-CM DATA-ERR
KEV MU-B/SR MU-B/SR
0. 61.2 2.5
546. 5.9 1.9
647. 29.9 1.9
717. 7.0 0.9
770. 6.2 0.8
876. 16.4 1.3
917. 45.2 2.2
932. 37.2 2.2
1013. 8.6 0.9
1220. 32.7 1.8
1303. 14.3 1.2
1344. 5.6 1.2
1434. 10.5 1.1
1497. 40.2 2.1
1596. 5.1 0.9
1651. 61.2 2.5
1700. 71.6 2.7
ENDDATA
ENDSUBENT 38 0
C2964008 20240630
5 12
(74-W-186(A,T)75-RE-187,PAR,DA)
(74-W-186,ENR=0.9723)
(74-W-180,ENR=0.0003)
(74-W-182,ENR=0.0038)
(74-W-183,ENR=0.0031)
(74-W-184,ENR=0.0205)
For the (alpha,t) reaction, the emulsions were
covered by 0.l-mm aluminum foil to absorb
singly-charged, inelastically scattered alpha
particles.
(DATA-ERR) No information on source of uncertainties
(TABLE,,M.T.Lu+,J,PR/C,3,1243,1971) Tab.IX (p.1255)
ENDBIB 12 0
EN E-EXC-ERR ANG-CM
MEV KEV ADEG
30. 2. 45.
ENDCOMMON
E-EXC DATA-CM DATA-ERR
KEV MU-B/SR MU-B/SR
0. 98.0 2.6
390. 41.6 1.7
513. 20.7 1.2
592. 7.1 0.7
621. 6.2 0.6
648. 3.0 0.5
775. 50.6 1.5
818. 8.0 0.7
1079. 13.8 0.9
1126. 6.5 0.8
1163. 10.4 0.8
1201. 149. 3.2
1233. 28.3 1.4
1488. 9.7 0.8
1506. 8.7 0.8
1789. 10.0 0.9
1876. 15.3 1.1
1905. 15.6 1.1
1922. 24.7 1.3
1948. 7.4 0.8
1963. 14.3 1.0
1990. 7.2 0.7
ENDDATA
ENDSUBENT 45 0
C2964009 20240630
5 10
(74-W-186(HE3,D)75-RE-187,PAR,DA)
(74-W-186,ENR=0.9723)
(74-W-180,ENR=0.0003)
(74-W-182,ENR=0.0038)
(74-W-183,ENR=0.0031)
(74-W-184,ENR=0.0205)
For the (He3,d) reaction the emulsions were covered by
aluminum absorber 0.9 mm in thickness.
(DATA-ERR) No information on source of uncertainties
(TABLE,,M.T.Lu+,J,PR/C,3,1243,1971) Tab.IX (p.1255)
ENDBIB 10 0
EN E-EXC-ERR ANG-CM
MEV KEV ADEG
28. 3. 45.
ENDCOMMON
E-EXC E-EXC DATA-CM DATA-ERR
KEV KEV MU-B/SR MU-B/SR
0. 42.1 1.3
390. 6.3 0.5
513. 21.0 0.9
592. 6.7 0.5
621. 4.8 0.5
648. 3.1 0.3
775. 27.8 1.0
818. 8.6 0.7
1079. 28.1 1.0
1126. 8.8 0.6
1163. 14.3 0.7
1201. 1208. 25.6 1.0
1233. 16.3 0.8
1488. 13.0 0.7
1506. 8.9 0.6
1789. 15.5 0.8
1876. 23.0 0.9
1905. 28.5 1.1
1922. 36.2 1.2
1948. 35.0 1.2
1963. 22.0 1.0
1990. 13.0 0.8
ENDDATA
ENDSUBENT 43 0
C2964010 20240630
4 8
(74-W-184(HE3,EL)74-W-184,,DA,,RTH)
(74-W-184,ENR=0.943)
(74-W-180,ENR=0.0005)
(74-W-182,ENR=0.0191)
(74-W-183,ENR=0.0187)
(74-W-186,ENR=0.0191)
(DATA-ERR) Estimated uncertainties
(CURVE,,M.T.Lu+,J,PR/C,3,1243,1971) Fig.2 (p.1247)
ENDBIB 8 0
EN DATA-ERR
MEV PER-CENT
28. 20.
ENDCOMMON
ANG DATA
ADEG NO-DIM
25.216 9.801e-01
30.180 8.590e-01
39.820 9.693e-01
45.500 9.268e-01
50.135 7.416e-01
55.977 6.506e-01
60.076 5.017e-01
65.096 3.548e-01
70.134 2.946e-01
75.691 2.148e-01
80.201 1.862e-01
85.897 1.453e-01
90.265 1.149e-01
95.826 8.746e-02
ENDDATA
ENDSUBENT 33 0
ENDENTRY