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6.214700+4 1.456530+2 1 0 2 0
0.000000+0 1.000000+0 0 0 0 6
1.000000+0 2.000000+7 0 0 10 31
0.000000+0 0.000000+0 0 0 115 1
62-Sm-147 NEA RCOM-JUN83 H.GRUPPELAAR,E.MENAPACE
JEF/DOC-30 DIST-MAY05 REV1-MAY05 20050504
----JEFF-31 MATERIAL 6234
-----INCIDENT NEUTRON DATA
------ENDF-6 FORMAT
***************************** JEFF-3.1 *************************
** **
** Original data taken from: JEFF-3.0 **
** **
******************************************************************
***************************** JEFF-3.0 ***********************
DATA TAKEN FROM :- JEF-2.2 (DIST-JAN92)
******************************************************************
* JEF-2 *
* DATA WERE TAKEN FROM RCN-3 EVALUATION (MAT=6247). *
******************************************************************
* 16-FEB-85: NEW BACKGROUND CROSS SECT. CALCULATED AND INSERTED
* 8-MAR-85: Q-VALUES FOR MT=102,103,107 CORRECTED
* 21-OCT-86: RESONANCE PARAMETER SECTION UPDATED USING DATA *
* FROM THE 4TH ED. OF BNL-325. *
* 27-APR-89: MISSING CHARGE PARTICLE PRODUCTION DATA INCLUDED
* FROM REAC-ECN-4 LIBRARY
* 1-NOV-90: ADDITIONAL COMMENTS INSERTED
******************************************************************
****************************************************************
* *
* MODIFICATIONS FOR JEF-2 62-SM-147 *
* *
****************************************************************
* *
* COOPERATION ECN-PETTEN AND NEA DATA BANK *
* H.A.J. VAN DER KAMP - ECN *
* H.GRUPPELAAR - ECN *
* I.FOREST - NEADB *
* C.NORDBORG - NEADB *
* *
****************************************************************
* RESOLVED RESONANCE REGION: *
****************************************************************
* *
* RESOLVED RESONANCE PARAMETERS WERE REPLACED BY DATA FROM *
* MOST RECENT BROOKHAVEN COMPILATION(MU84). *
* *
* EL=10-5 EV, EH=0.7687 KEV. *
* *
****************************************************************
* THERMAL VALUES (2200M/S): *
****************************************************************
* *
* CALCULATED VALUES: *
* MT=2 SIGMA = 39.8824 B *
* MT=102 SIGMA = 57.1772 B *
* MT=102 RESONANCE INTEGRAL = 793.910 B *
* *
* EXPERIMENTAL VALUES: *
* MT=2 SIGMA = NOT AVAILABLE *
* MT=102 SIGMA = 57. +- 3. B *
* MT=102 RESONANCE INTEGRAL = NOT AVAILABLE *
* *
****************************************************************
* REFERENCES: *
****************************************************************
* *
* MU84: MUGHABGHAB,S.F. *
* NEUTRON CROSS SECTIONS VOLUME 1 *
* NEUTRON RESONANCE PARAMETERS AND THERMAL CROSS *
* SECTIONS, PART B, Z=61-100, ACADEMIC PRESS 1984 *
* *
****************************************************************
ORIGINAL DATA IN KEDAK FORMAT WERE TRANSLATED INTO ENDF/B
FORMAT WITH KTOE-3.
******************************************************************
EVAL. FOR: SAMARIUM - 147 DISTR: JUN 77
ORIGINAL COMMENT IS:
$RCN 2.3 EVALUATION H.GRUPPELAAR SM147X 28/06/77 $
N,P N,D N,T N,HE3 N,A ADDED (THRES-2), ABS AND TOTAL CORRECT REV
MINIMUM ENERGY .00100 EV
MIN EN OF STATISTICAL MODEL .40171 KEV
ENERGY OF FIRST EXCITED STATE .12300 MEV
CONTINUOUS STAT MODEL ABOVE 1.18000 MEV
HIGH ENERGY MODEL ABOVE 6.50000 MEV
MAXIMUM ENERGY 15.00000 MEV
LEVEL DENSITY PARAMETER SM147 21.00000 1/MEV
LEVEL DENSITY PARAMETER SM146 17.50000 1/MEV
*****ADJUSTED EVALUATION BASED ON STEK INTEGRAL DATA*****
RESOLVED ENERY REGION UPTO 402 EV
EVALUATION WITH SIGMA-RCN AT 0 K,MULTILEVEL FORMULA
RESOLVED RESONANCES FROM BNL-325 (MU73)
HYPOTHETICAL RESONANCE ADDED AT -3.0 EV
ALPHA WIDTHS FROM BNL-325(MU73) ,NOT USED FOR (N,ALPHA)
STRENGTH FUNCTION REGION UPTO 70 KEV
CAPTURE CROSS SECTION WITH CODE FISPRO-RCN
OTHER CROSS SECTIONS WITH CODE SASSI-RCN
S-WAVE STRENGTH FUNCTION,S0=4.256
P-WAVE STRENGTH FUNCTION,S1=1.746
OTHER STRENGTH FUNCTIONS FROM OPTICAL MODEL (RO66)
DOBS= 6.435 EV
GAMMA WIDTH= 87.37 MV
HIGH ENERGY REGION
ALL CROSS SECTIONS WITH CODE SASSI-RCN
OPTICAL MODEL FROM ROSEN ET AL.(RO66)
LEVEL SCHEME OF TARGET NUCLEUS FROM EW67,SM75 AND GA76
SQUARED SPIN CUT-OFF PARAMETER=7.1 FROM EXP.LEVEL SCHEME
***************** PROGRAM LINEAR (VERSION 83-1) *****************
DATA LINEARIZED TO WITHIN AN ACCURACY OF 0.100 PER-CENT
1 451 120
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