7LI    7BE EC DECAY                  2002TI10                  02NP     200302
  7LI  H TYP=MOD$AUT=J. Tuli$DAT=1-Jul-2009$COM=Ran logft$
  7LI  H TYP=FUL$AUT=HU, TILLEY, KELLEY, GODWIN et al.$CIT=NP A708, 3 (2002)$
  7LI2 H CUT=23-Aug-2001$
  7LI C  1949SE20: EXPERIMENTS ON THE EFFECT OF ATOMIC ELECTRONS ON THE DECAY
  7LI2C  CONSTANT OF 7BE.
  7LI C  1953KR16: COMPARISON OF THE VALUES OF THE DISINTEGRATION CONSTANT OF
  7LI2C  7BE IN Be, Be^O AND Be^F{-2}.
  7LI C  1956BO36: NOUVELLE DETERMINATION ^de ^la DIFFERENCE DES PERIODES ^de
  7LI2C  7BE MATALLIQUE ^et ^de 7BE^F{-2}.
  7LI C  1970JO21: 7BE, MEASURED T IN CHEMICAL COMPOUNDS, DEDUCED RELATIVE
  7LI2C  ELECTRON DENSITY AT NUCLEUS.
  7LI C  1972SZ02: 10BE(P,ALPHA) E=60-180 KEV, MEASURED SIGMA(E), BRANCHING
  7LI2C  RATIO FOR 7BE(EC)7LI, SOLID-STATE DETECTORS.
  7LI C  1998GA08: 7BE(EC)[FROM ^Be PROTON IRRADIATION], MEASURED K, L CAPTURE
  7LI2C  X-RAY SPECTRA. HIGH EFFICIENCY CALORIMETER.
  7LI C  1999HU20: 7BE(EC), MEASURED E{-GAMMA}, I{-GAMMA} AND ^T{-1/2}, DEDUCED
  7LI2C  DEPENDENCE ON CHEMICAL ENVIRONMENT.
  7LI C  1999RA12: 7BE(EC)[FROM LI(P,X)], MEASURED T FOR SOURCE IMPLANTED IN
  7LI2C  AU AND Al{-2}^O{-3}.
  7LI c            The decay scheme is complete since only levels in
  7LI2c       {+7}Li below the decay energy are populated.
  7LI c            Evaluation by R. G. Helmer and E. Schonfeld, 1996 and
  7LI2c       edited in December 2000.
  7LI3c       This evaluation was done as part of a collaboration of evaluators
  7LI4c       from Laboratoire National Henri Becquerel (LNHB) in France;
  7LI5c       Physikalisch-Technische Bundesanstalt (PTB) in Germany; HMS
  7LI6c       Sultan and AEA Technology in the United Kingdom; Khlopin Radium
  7LI7c       Institute (KRI) in Russia; Centro de Investigaciones
  7LI8c       Energeticas, Medioambientales, y Tecnologicas (CIEMAT) and
  7LI9c       Universidad Nacional a Distancia (UNED) in Spain; and Brookhaven
  7LI0c       National Laboratory (BNL), Lawrence Berkeley National Laboratory
  7LIAc       (LBNL), and Idaho National Engineering and Environmental
  7LIBc       Laboratory (INEEL) in the United States.
  7LI  N 1.0                    1.0
  7BE  P 0.0           3/2-            53.22 D   6               861.815  18
  7LI  L    0.0       3/2-
  7LI  E                         89.56 4  3.324   1
  7LIS E CK=0.9700$CL=0.03004$
  7LI  L  477.612   3 1/2-             72.8 FS   20
  7LI  E                         10.44 4  3.556  2
  7LIS E CK=0.9700$CL=0.03004$
  7LI cE IE        Adopted weighted average of 10 {I+20-7} [L. H.
  7LI2cE      Rumbaugh et al., Phys. Rev. 54 (1938) 657],
  7LI3cE      10.7 {I20} (1949Wi13), 11.8 {I12} (1949Tu06), 12.3 {I6}
  7LI4cE      (1951Di12), 10.35 {I8} (1969TaZX), 10.47 {I20} (1970MuZU),
  7LI5cE      10.42 {I18} (1973Po10), 10.35 {I8} (1974Go26), 10.10 {I45}
  7LI6cE      (1983Ba15), 10.61 {I23} (1983Da14), 10.6 {I5} (1983Do07),
  7LI7cE      10.9 {I11} (1983Ku10), 10.7 {I2} (1983Ma34), 9.8 {I5}
  7LI8cE      (1983No03), 11.4 {I7} (1984Ev01), 10.61 {I17} (1984Fi10), and
  7LI9cE      10.49 {I7} (1984Sk01).  The weighted average of these
  7LI0cE      values is 10.444 with an internal uncertainty of 0.039, a
  7LIAcE      reduced-|h{+2} of 1.35, and an external uncertainty of 0.045.
  7LI cE IE        The adopted branching is dominated by the values of
  7LI2cE      1969TaZX, 1974Go24, and 1984Sk01 which contribute 23%, 23%,
  7LI3cE      and 30% of the relative weight, respectively. The largest
  7LI4cE      contribution to the reduced-|h{+2} is 0.6 from 1951Di12.
  7LI cE IE        Values not used are: 10.32 {I16} (1962Ta11, replaced by
  7LI2cE      1969TaZX), 10.5 {I2} [W. Poenitz, J. Nucl. Energy 20 (1966)
  7LI3cE      825, replaced by 1973Po10].
  7LI  G  477.6035 20 10.44  4  M1(+E2)   0.20   20    7.3E-7 11
  7LI cG E         from evaluation of 2000He14.
  7LI cG MR        from measured |a value (1964Kr04)
  7LI cG CC        measured value (1964Kr04).  Theoretical value interpolated
  7LI2cG      from tables of 1976Ba63 are 7.73x10{+-7} for M1 and 2.96x10{+-6}
  7LI3cG      for E2.