2023-05-15

Author: github-actions[bot]

exforall/C04/C0457.x4

@@ -1,12 +1,12 @@
-ENTRY            C2560   20200812   20210216   20210215       C198
-SUBENT        C2560001   20200812   20210216   20210215       C198
-BIB                  9         19
-TITLE      Si28(He4,O16)O16 Reaction
+ENTRY            C2560   20220629   20230515   20230513       C222
+SUBENT        C2560001   20220629   20230515   20230513       C222
+BIB                  9         22
+TITLE      Si28(He4,O16)O16 reaction
 AUTHOR     (R.Vandenbosch,J.C.Norman,C.J.Bishop)
 REFERENCE  (J,PR,158,887,1967)
-           #doi:10.1103/PhysRev.158.887
+           #doi:10.1103/physrev.158.887
 INSTITUTE  (1USAWAU)
-FACILITY   (CYCLO,1USAWAU) The University of Washington 60-in.
+FACILITY   (CYCLO,1USAWAU) The university of washington 60-in.
            cyclotron.
 SAMPLE     Targets were prepared by vacuum volatilization of
            natural silicon onto thin nickel foils. The thickness
@@ -18,37 +18,19 @@ ERR-ANALYS (ERR-S) The errors include only statistical
            (ERR-SYS,,40.) The systematic error, due mainly to
            the incomplete detection discussed above and to the
            uncertainty in the target thickness, is believed to
-           be less than 40%.
+           Be less than 40%.
 HISTORY    (20200812C) BP
-ENDBIB              19
+           (20220629A) BP: Deleted subentry 2 (unobtainable data)
+           per an NRDC decision for data sets that were published
+           before 2000 (C32 of WP2022-01).
+ENDBIB              22
 COMMON               1          3
 EN
 MEV
        42.0
 ENDCOMMON            3
-ENDSUBENT           26
-SUBENT        C2560002   20200812   20210216   20210215       C198
-BIB                  3         16
-REACTION   (14-SI-28(A,8-O-16)8-O-16,PAR,DA)
-METHOD     The first experiment measured the cross section for
-           formation of 016 nuclei in various ground- or
-           excited-state combinations at a fixed center-of-mass
-           angle (90 degrees). This experiment was performed by
-           varying the forward folding angle of the two detectors,
-           which were kept at equal angles with respect to the
-           beam. The angle defining detector subtended an angle
-           of 2.7 degree in the reaction plane, and the recoil
-           detector (with a circular collimator) subtended a
-           maximum angle of 8.6 degree.
-STATUS     (UNOBT) Fig. 3, page 888. Plotted is the c.m.
-           differential cross section at 90 degrees as a function
-           of the lab angle whose equivalent excitation energy
-           cannot be read accurately from the figure, therefore
-           the data as given cannot be compiled.
-ENDBIB              16
-NOCOMMON             0          0
-NODATA               0          0
-ENDSUBENT           20
+ENDSUBENT           29
+NOSUBENT      C2560002   20220629   20230515   20230513       C222
 SUBENT        C2560003   20200812   20210216   20210215       C198
 BIB                  4         18
 REACTION   (14-SI-28(A,8-O-16)8-O-16,PAR,DA)