ENTRY            A1185   20110814                             A074A118500000001 
SUBENT        A1185001   20110814                             A074A118500100001 
BIB                 11         31                                 A118500100002 
TITLE      A Note on the He-3+D Nuclear Reaction Cross Section    A118500100003 
AUTHOR     (W.Moller,F.Besenbacher)                               A118500100004 
INSTITUTE  (2DENAAU)                                              A118500100005 
REFERENCE  (J,NIM,168,111,198001)                                 A118500100006 
SAMPLE     The Deuterium Targets were Prepared by Ion ImplantationA118500100007 
           Of Deuterons Into Silicon Wafers                       A118500100008 
METHOD     (PHD)                                                  A118500100009 
FACILITY   (VDG,2DENAAU)                                          A118500100010 
DETECTOR   (SIBAR) Two surface-barrier detectors were positioned  A118500100011 
           at the laboratory angles 90. and 135. degr., each      A118500100012 
           with a depletion depth of 300 mu-m.                    A118500100013 
MONITOR    (1-H-2(D,P)1-H-3,,SIG)                                 A118500100014 
           The absolute total cross section was then found by     A118500100015 
           comparing the results to the product of the relative   A118500100016 
           total cross sections(3He + D)/(D + D) measured in the  A118500100017 
           second run and the literature values of the D+D cross  A118500100018 
                                                          section.A118500100019 
ERR-ANALYS (ERR-S,,3.) The statistical errors of the individual   A118500100020 
           points are <3% (standard deviation) except for the     A118500100021 
           point at 200 keV (7%).                                 A118500100022 
           (ERR-1,,1.5) The error introduced by the normalizing   A118500100023 
           procedure is not larger than 1.5%,                     A118500100024 
           (MONIT-ERR) the absolute D(d, p)T cross section is     A118500100025 
           assumed to be known to within -+3%.                    A118500100026 
HISTORY    (19830107C) This Compilation has Been Produced         A118500100027 
           By Arzamas RFNC-VNIIEF                                 A118500100028 
           (20010709A) Data Table Changed For Data Table from Isu A118500100029 
           Data Bank by CAJAD.                                    A118500100030 
           (20010709U) Last checking has been done.               A118500100031 
           (20110814A) SD: BIB updated. Units for energy in       A118500100032 
            Subent 002 corrected: MEV -> KEV. ERR-ANALYS added.   A118500100033 
ENDBIB              31          0                                 A118500100034 
COMMON               1          3                                 A118500100035 
MONIT-ERR                                                         A118500100036 
PER-CENT                                                          A118500100037 
   3.                                                             A118500100038 
ENDCOMMON            3          0                                 A118500100039 
ENDSUBENT           38          0                                 A118500199999 
SUBENT        A1185002   20110814                             A074A118500200001 
BIB                  6         18                                 A118500200002 
REACTION   (1-H-2(HE3,P)2-HE-4,,SIG)                              A118500200003 
           Integral cross section was calculated from differentialA118500200004 
           cros section using formula: dSig=Sig/(4*Pi)*Fa, whereasA118500200005 
              Fa - anisotropy factor written in terms of Legendre A118500200006 
              polynomials.                                        A118500200007 
REL-REF    (N,C0987002,J.L.Yarnell+,J,PR,90,292,1953)             A118500200008 
            Up to 1 MeV, the angular dependence is sufficiently   A118500200009 
            described by three Legendre coefficients, which       A118500200010 
            have been derived from the angular distributions of   A118500200011 
            Yarnell et al., using a fitting procedure.            A118500200012 
ERR-ANALYS (DATA-ERR) Absolute Error                              A118500200013 
STATUS     (TABLE) From IBANDL Data Base.                         A118500200014 
COMMENT    - By CAJAD - Data Table in IBANDL Data Base Does not   A118500200015 
           Contain Data Uncertainty.  Therefore Former Value of   A118500200016 
           Absolute Uncertainty has Been Saved.                   A118500200017 
HISTORY    (20110814A) SD: Units for energy corrected: MEV -> KEV A118500200018 
            DATA-ERR deleted - no any relation between table and  A118500200019 
            this value.                                           A118500200020 
ENDBIB              18          0                                 A118500200021 
NOCOMMON             0          0                                 A118500200022 
DATA                 2         19                                 A118500200023 
EN         DATA                                                   A118500200024 
KEV        MB                                                     A118500200025 
       214.       49.6                                            A118500200026 
       365.       328.                                            A118500200027 
       434.       520.                                            A118500200028 
       514.       747.                                            A118500200029 
       549.       758.                                            A118500200030 
       584.       840.                                            A118500200031 
       667.       822.                                            A118500200032 
       741.       822.                                            A118500200033 
       772.       726.                                            A118500200034 
       820.       695.                                            A118500200035 
       964.       574.                                            A118500200036 
      1115.       434.                                            A118500200037 
      1266.       360.                                            A118500200038 
      1412.       283.                                            A118500200039 
      1564.       239.                                            A118500200040 
      1709.       212.                                            A118500200041 
      1876.       182.                                            A118500200042 
      2017.       171.                                            A118500200043 
      2156.       166.                                            A118500200044 
ENDDATA             21          0                                 A118500200045 
ENDSUBENT           44          0                                 A118500299999 
ENDENTRY             2          0                                 A118599999999