RUSSIA NUCLEAR DATA CENTER - RNDC
Alias: CENTR JADERNYKH DANNYKH - CJD
Institute of Physics and Power Engineering - IPPE
Bondarenko Sq., 1, Obninsk 249033, Kaluga Region, RUSSIA
Telephone:+7 (48439)98779 (M.Mikhaylyukova)
Fax:+7 (48439)68225
Internet:
www.ippe.ru/podr/cjd

MEMO 4C-4/195
Date:
To:
From:
Subject:

16 January 2012
Distribution
M.Mikhaylyukova
SAMPLE coding, for NRDC2012 discussion

SAMPLE coding in EXFOR was analyzed. A rule “sum of abundances of one sample has to be less or equal1.” was checked. List of Subents containing mistakes and misprints is given at the end of this memo.
Typical mistakes:
1) “(“ is in 12th column, but does not follow by coded information.
2) Abundances are given in %.
3) Sum of abundances for one sample is > 1.
4) “ENR=” or “NAT” is absent.
5) Blanks, which are not allowed.
6) ENR=0 is given for isotope presented in SF1 of REACTION.
7) Lower case in name of isotope (e.g. Zn instead ZN)
8) There are 4 cases, when two or more samples for the same element are given in one Subent -23128,
C1825, D0626, D4239. In such cases it’s preferable to use pointers to point, that these are different
samples or to present monitor sample information in Subet 001, and other investigated samples in
Subents 002, 003 and so on.
Proposals:- To add in EXFOR manual, SAMPLE:o “abundances have to be given as not-dimensional, % are not allowed”
o “sum of abundances for one sample has to be less or equal 1.”
o “maximal values of abundances have to be given in free text only”- To introduce checking of SAMLE coding rule in checking codes, where it’s possible.
- To correct listed Subents according to rules of SAMPLE coding.

List of Subents containing mistakes of SAMPLE coding:( MM:… - my comments)
10357.005: (NH4)2U2O7 samples.
13922.004: (97.28 %) target of 10 g in aluminum frame.
13922.005: (97.28 %) target of 10 g in aluminum frame.
13922.006: (97.28 %) target of 10 g in aluminum frame.
14110.010: (64-GD-152,ENR= 0.000108) MM:Sum 1.00001 >1.(max value somewhere?) .
14110.010: (64-GD-154,ENR= 0.009859) MM:Blank not allowed.
14110.010: (64-GD-155,ENR= 0.744233)
14110.010: (64-GD-156,ENR= 0.175674)
14110.010: (64-GD-157,ENR= 0.037513)
14110.010: (64-GD-158,ENR= 0.025336)
14110.010: (64-GD-160,ENR= 0.007278)

14110.012: (64-GD-152,ENR= 0.000108) MM:Sum 1.00001 >1.(max value somewhere?)
14110.012: (64-GD-154,ENR= 0.009859) MM:Blank not allowed.
14110.012: (64-GD-155,ENR= 0.744233)
14110.012: (64-GD-156,ENR= 0.175674)
14110.012: (64-GD-157,ENR= 0.037513)
14110.012: (64-GD-158,ENR= 0.025336)
14110.012: (64-GD-160,ENR= 0.007278)
14110.013: (64-GD-152,ENR = 0.000051) MM:Sum 1.00001 >1.(max value somewhere?)
14110.013: (64-GD-154,ENR = 0.000753) MM:Blank not allowed.
14110.013: (64-GD-155,ENR = 0.013515)
14110.013: (64-GD-156,ENR = 0.073627)
14110.013: (64-GD-157,ENR = 0.696623)
14110.013: (64-GD-158,ENR = 0.194431)
14110.013: (64-GD-160,ENR = 0.021000)
14110.014: (64-GD-152,ENR = 0.000051) MM:Sum 1.00001 >1.(max value somewhere?)
14110.014: (64-GD-154,ENR = 0.000753) MM:Blank not allowed.
14110.014: (64-GD-155,ENR = 0.013515)
14110.014: (64-GD-156,ENR = 0.073627)
14110.014: (64-GD-157,ENR = 0.696623)
14110.014: (64-GD-158,ENR = 0.194431)
14110.014: (64-GD-160,ENR = 0.021000)
14110.015: (64-GD-152,ENR = 0.000051) MM:Sum 1.00001 >1.(max value somewhere?)
14110.015: (64-GD-154,ENR = 0.000753) MM:Blank not allowed.
14110.015: (64-GD-155,ENR = 0.013515)
14110.015: (64-GD-156,ENR = 0.073627)
14110.015: (64-GD-157,ENR = 0.696623)
14110.015: (64-GD-158,ENR = 0.194431)
14110.015: (64-GD-160,ENR = 0.021000)
14110.016: (64-GD-152,ENR= 0.000108) MM:Sum 1.00001 >1.(max value somewhere?)
14110.016: (64-GD-154,ENR= 0.009859) MM:Blank not allowed.
14110.016: (64-GD-155,ENR= 0.744233)
14110.016: (64-GD-156,ENR= 0.175674)
14110.016: (64-GD-157,ENR= 0.037513)
14110.016: (64-GD-158,ENR= 0.025336)
14110.016: (64-GD-160,ENR= 0.007278)
14110.020: (64-GD-152,ENR= 0.000108) MM:Sum 1.00001 >1.(max value somewhere?)
14110.020: (64-GD-154,ENR= 0.009859) MM:Blank not allowed.
14110.020: (64-GD-155,ENR= 0.744233)
14110.020: (64-GD-156,ENR= 0.175674)
14110.020: (64-GD-157,ENR= 0.037513)
14110.020: (64-GD-158,ENR= 0.025336)
14110.020: (64-GD-160,ENR= 0.007278)

14110.021: (64-GD-152,ENR= 0.000108) MM:Sum 1.00001 >1.(max value somewhere?)
14110.021: (64-GD-154,ENR= 0.009859) MM:Blank not allowed.
14110.021: (64-GD-155,ENR= 0.744233)
14110.021: (64-GD-156,ENR= 0.175674)
14110.021: (64-GD-157,ENR= 0.037513)
14110.021: (64-GD-158,ENR= 0.025336)
14110.021: (64-GD-160,ENR= 0.007278)
14110.022: (64-GD-152,ENR= 0.000108) MM:Sum 1.00001 >1.(max value somewhere?)
14110.022: (64-GD-154,ENR= 0.009859) MM:Blank not allowed.
14110.022: (64-GD-155,ENR= 0.744233)
14110.022: (64-GD-156,ENR= 0.175674)
14110.022: (64-GD-157,ENR= 0.037513)
14110.022: (64-GD-158,ENR= 0.025336)
14110.022: (64-GD-160,ENR= 0.007278)
14110.023: (64-GD-152,ENR= 0.000108) MM:Sum 1.00001 >1.(max value somewhere?)
14110.023: (64-GD-154,ENR= 0.009859) MM:Blank not allowed.
14110.023: (64-GD-155,ENR= 0.744233)
14110.023: (64-GD-156,ENR= 0.175674)
14110.023: (64-GD-157,ENR= 0.037513)
14110.023: (64-GD-158,ENR= 0.025336)
14110.023: (64-GD-160,ENR= 0.007278)
14150.001: (weight 2.3 g) or 5 x 5 cm**2 and 0.3 cm thick14150.001: (wight 16.6 g), the natSi targets 1.5 cm in diameter
14187.001: (10B/11B=18.80) dissolved in distilled water, pipeted
14190.001: (235U-93.2%,238U-5.2%,234U-1.0%,236U-0.67%) or
14239.026: (72-HF-174,ENR=0.0008) MM:Sum 1.0001 >1.(max value somewhere?)
14239.026: (72-HF-176,ENR=0.5617)
14239.026: (72-HF-177,ENR=0.2696)
14239.026: (72-HF-178,ENR=0.1060)
14239.026: (72-HF-179,ENR=0.0249)
14239.026: (72-HF-180,ENR=0.0371)
14239.027: (72-HF-174,ENR=0.0150) MM:Sum 1.0001 >1.(max value somewhere?)
14239.027: (72-HF-176,ENR=0.0178)
14239.027: (72-HF-177,ENR=0.0420)
14239.027: (72-HF-178,ENR=0.8337)
14239.027: (72-HF-179,ENR=0.0558)
14239.027: (72-HF-180,ENR=0.0356) MM:Sum 1.0001 >1.(max value somewhere?)
14239.028: (72-HF-174,ENR=0.0150)
14239.028: (72-HF-176,ENR=0.0178)
14239.028: (72-HF-177,ENR=0.0420)
14239.028: (72-HF-178,ENR=0.8337)
14239.028: (72-HF-179,ENR=0.0558)
14239.028: (72-HF-180,ENR=0.0356)

14239.029: (72-HF-174,ENR=0.0008) MM:Sum 1.0001 >1.(max value somewhere?)
14239.029: (72-HF-176,ENR=0.5617)
14239.029: (72-HF-177,ENR=0.2696)
14239.029: (72-HF-178,ENR=0.1060)
14239.029: (72-HF-179,ENR=0.0249)
14239.029: (72-HF-180,ENR=0.0371)
14239.030: (72-HF-174,ENR=0.0150) MM:Sum 1.0001 >1.(max value somewhere?)
14239.030: (72-HF-176,ENR=0.0178)
14239.030: (72-HF-177,ENR=0.0420)
14239.030: (72-HF-178,ENR=0.8337)
14239.030: (72-HF-179,ENR=0.0558)
14239.030: (72-HF-180,ENR=0.0356)
14239.031: (72-HF-174,ENR=0.0150) MM:Sum 1.0001 >1.(max value somewhere?)
14239.031: (72-HF-176,ENR=0.0178)
14239.031: (72-HF-177,ENR=0.0420)
14239.031: (72-HF-178,ENR=0.8337)
14239.031: (72-HF-179,ENR=0.0558)
14239.031: (72-HF-180,ENR=0.0356)
14239.036: (72-HF-174,ENR=0.0008) MM:Sum 1.0001 >1.(max value somewhere?)
14239.036: (72-HF-176,ENR=0.5617)
14239.036: (72-HF-177,ENR=0.2696)
14239.036: (72-HF-178,ENR=0.1060)
14239.036: (72-HF-179,ENR=0.0249)
14239.036: (72-HF-180,ENR=0.0371)
14239.037: (72-HF-174,ENR=0.0150) MM:Sum 1.0001 >1.(max value somewhere?)
14239.037: (72-HF-176,ENR=0.0178)
14239.037: (72-HF-177,ENR=0.0420)
14239.037: (72-HF-178,ENR=0.8337)
14239.037: (72-HF-179,ENR=0.0558)
14239.037: (72-HF-180,ENR=0.0356)
14239.038: (72-HF-174,ENR=0.0150) MM:Sum 1.0001 >1.(max value somewhere?)
14239.038: (72-HF-176,ENR=0.0178)
14239.038: (72-HF-177,ENR=0.0420)
14239.038: (72-HF-178,ENR=0.8337)
14239.038: (72-HF-179,ENR=0.0558)
14239.038: (72-HF-180,ENR=0.0356)
14239.039: (72-HF-174,ENR=0.0150) MM:Sum 1.0001 >1.(max value somewhere?)
14239.039: (72-HF-176,ENR=0.0178)
14239.039: (72-HF-177,ENR=0.0420)
14239.039: (72-HF-178,ENR=0.8337)
14239.039: (72-HF-179,ENR=0.0558)
14239.039: (72-HF-180,ENR=0.0356)

14239.040: (72-HF-174,ENR=0.0150) MM:Sum 1.0001 >1.(max value somewhere?)
14239.040: (72-HF-176,ENR=0.0178)
14239.040: (72-HF-177,ENR=0.0420)
14239.040: (72-HF-178,ENR=0.8337)
14239.040: (72-HF-179,ENR=0.0558)
14239.040: (72-HF-180,ENR=0.0356)
14239.041: (72-HF-174,ENR=0.0008) MM:Sum 1.0001 >1.(max value somewhere?)
14239.041: (72-HF-176,ENR=0.5617)
14239.041: (72-HF-177,ENR=0.2696)
14239.041: (72-HF-178,ENR=0.1060)
14239.041: (72-HF-179,ENR=0.0249)
14239.041: (72-HF-180,ENR=0.0371)
14257.001: (92-U-233,ENR=0.9901) MM:Sum 1.0002 >1.(max value somewhere?)
14257.001: (92-U-234,ENR=0.0074)
14257.001: (92-U-235,ENR=0.0023)
14257.001: (92-U-238,ENR=0.0004)________________________________
22006.029: (20050716A) Sample data added
22358.002: (SPSDD,22354006)
22680.006: (82-PB-204,NAT=0.01284) (1.284+-0.020)% MM:Sum 1.0004 >1.(in errors limits?)
22680.006: (82-PB-206,NAT=0.2712) (27.12+-0.26)%22680.006: (82-PB-207,NAT=0.2049) (20.49+-0.17)%22680.006: (62-PB-208,NAT=0.5111) (51.11+-0.24)%.
22680.007: (82-PB-204,NAT=0.01284) (1.284+-0.020)% MM:Sum 1.0004 >1.(in errors limits?)
22680.007: (82-PB-206,NAT=0.2712) (27.12+-0.26)%22680.007: (82-PB-207,NAT=0.2049) (20.49+-0.17)%22680.007: (62-PB-208,NAT=0.5111) (51.11+-0.24)%.
22680.008: (82-PB-204,NAT=0.01284) (1.284+-0.020)% MM:Sum 1.0004 >1.(in errors limits?)
22680.008: (82-PB-206,NAT=0.2712) (27.12+-0.26)%22680.008: (82-PB-207,NAT=0.2049) (20.49+-0.17)%22680.008: (62-PB-208,NAT=0.5111) (51.11+-0.24)%22680.010: (82-PB-204,NAT=0.01284) (1.284+-0.020)% MM:Sum 1.0004 >1.(in errors limits?)
22680.010: (82-PB-206,NAT=0.2712) (27.12+-0.26)%22680.010: (82-PB-207,NAT=0.2049) (20.49+-0.17)%22680.010: (62-PB-208,NAT=0.5111) (51.11+-0.24)%
22789.004: (93-NP-237,100.) Weight 12.82 +-0.08 milligram,
22789.005: (92-U-236,99.845)
22789.005: (92-U-234,,0.00001)
22789.005: (92-U-235,0.047)
22789.005: (92-U-238,0.107)2

22789.006: (92-U-236,ENR=0.99845)
22789.006: (92-U-235,ENR=0.047)
22789.006: (92-U-238,ENR=0.107)

MM:Sum=1.15245 >1.

22789.008: (92-U-236,ENR=0.99845)
22789.008: (92-U-235,ENR=0.047)
22789.008: (92-U-238,ENR=0.107)

MM:Sum=1.15245 >1.

22789.009: (92-U-236,ENR=0.99845)
22789.009: (92-U-235,ENR=0.047)
22789.009: (92-U-238,ENR=0.107)

MM:Sum=1.15245 >1.

22789.012: (93-NP-237,100.) Weight 12.82 +- 0.08 milligram,
22789.013: (93-NP-237,100.) Weight 12.82 +- 0.08 milligram,
22932.003: (64-GD-152,ENR=0.0002)
22932.003: (64-GD-154,ENR=0.0016)
22932.003: (64-GD-155,ENR=0.0081)
22932.003: (64-GD-156,ENR=0.0221)
22932.003: (64-GD-157,ENR=0.9096)
22932.003: (64-GD-158,ENR=0.0508)
22932.003: (64-GD-160,ENR=0.0080)

MM:Sum=1.0004 >1. (max values somewhere?)22932.010: (64-GD-152,ENR=0.0002)
22932.010: (64-GD-154,ENR=0.0016)
22932.010: (64-GD-155,ENR=0.0081)
22932.010: (64-GD-156,ENR=0.0221)
22932.010: (64-GD-157,ENR=0.9096)
22932.010: (64-GD-158,ENR=0.0508)
22932.010: (64-GD-160,ENR=0.0080)

MM:Sum=1.0004 >1. (max values somewhere?)22932.011: (64-GD-152,ENR=0.0002)
22932.011: (64-GD-154,ENR=0.0016)
22932.011: (64-GD-155,ENR=0.0081)
22932.011: (64-GD-156,ENR=0.0221)
22932.011: (64-GD-157,ENR=0.9096)
22932.011: (64-GD-158,ENR=0.0508)
22932.011: (64-GD-160,ENR=0.0080)

MM:Sum=1.0004 >1. (max values somewhere?)

23074.001: (26 MBq) of neptunium oxide NpO2 powder, packed in Al
23074.001: (0.2mm) Al container of 25 mm diameter with sample
23074.001: ( Eu-152, Co-60, Cs-137) were used in measurement.
23075.001: (0.1 mm thickness, weight 5.6395+-0.0001 mg, chemical
23080.002: (64-GD-152,ENR=0.0001)
23080.002: (64-GD-154,ENR=0.0011)
23080.002: (64-GD-155,ENR=0.0196)
23080.002: (64-GD-156,ENR=0.9379)
23080.002: (64-GD-157,ENR=0.0253)
23080.002: (64-GD-158,ENR=0.0120)
23080.002: (64-GD-160,ENR=0.0041)

MM:Sum=1.0001 >1. (max values somewhere?)23080.003: (64-GD-152,ENR=0.0001)
23080.003: (64-GD-154,ENR=0.0001)
23080.003: (64-GD-155,ENR=0.0096)
23080.003: (64-GD-156,ENR=0.017)
23080.003: (64-GD-157,ENR=0.0356)
23080.003: (64-GD-158,ENR=0.920)
23080.003: (64-GD-160,ENR=0.0182)

MM:Sum=1.0006 >1. (max values somewhere?)

23089.001: (38-SR-84,ENR=0.0001)
23089.001: (38-SR-86,ENR=0.0002)
23089.001: (38-SR-87,ENR=0.0008)
23089.001: (38-SR-88,ENR=0.9990)

MM:Sum=1.0001 >1. (max values somewhere?)

23092.001: (87.1+-1.2)% of Ge-76. 12 mm diameter, about 2 mm
23098.005: (98.8% of Cm fraction) mainly the non-fissile isotopes
23100.001: (H9 channel)
23128.001: (92-U-233,ENR=0.990)
MM:Two different samples.*****
23128.001: (92-U-235,ENR=0.99992)
MM: MONITOR U-235 sample could be used in Suben 001, U-233 – in Subents 002-003_________________________________
30099.001: (1.1E+6 fissions/minute) on thin platinum foil.
30704.002: (92-U-233,0.9) 1.0 mg/cm2 thickness, 45 mm diameter
30704.003: (92-U-235,0.9) 1.0 mg/cm2 thickness, 45 mm diameter
30704.004: (94-PU-239,0.9) 1.0mg/cm2 thickness, 45 mm diameter
30928.001: (Gd-155(0.18%), Gd-156(0.33%), Gd-157(0.44%),31501.002: (metallic Al+metallic Fe) sample, 80*80*(5.7+1.3) mm,
31501.002: (98.1+67.7) g.
31501.003: (metallic Al+metallic Fe) sample, 80*80*(5.7+1.3) mm,
31501.003: (98.1+67.7) g.
31501.004: (metallic Al+metallic Fe) sample, 80*80*(5.7+1.3) mm,
31501.004: (98.1+67.7) g.
31501.009: (120.2+80.0 g)
31501.010: (120.2+80.0 g)
31501.011: (120.2+80.0 g)
31591.002: (As2O3 and As2O5) were individually irradiated under
31603.001: (10.20 g/cm3) with a diameter of 62.98 +- 0.01 mm
31616.001: (Wagner et al., 1990).
31633.001: (Au)to 0.5-0.7mm (Ta and CrNi).
31662.002: (0.214 +- 0.002) cm inner thickness sealed with an
31662.003: (0.214 +- 0.002) cm inner thickness sealed with an
31698.004: (79-AU-198, NAT=1.)
31698.005: (79-AU-198, NAT=1.)

MM:Blank is allowed?

32650.001: (thickness 0.186 mg/cm2) and 1.84 mg (thickness
32672.001: (30-Zn-67,ENR=0.954)
32689.001: (30-Zn-67,ENR=0.954)

MM:Zn -> ZN

33011.001: (~ 500 micro gram), 99.48 atom % 240Pu
33011.001: ( ~ 96 micro gram) and 99.43 atom % 244Cm
33011.001: (~ 96 micro gram) were covered with 75 micro meter
33030.001: (100 micro g), 239Pu (100 micro g), 241Pu (25 micro________________________________
40068.001: (METAL) METALLIC SAMPLE OF NATURAL URANIUM WITH________________________________
C1439.001: (56Fe) and 12.1 mg/cm2 (60Ni), respectively.
C1461.001: (1-2 microg/cm2) layer of evaporated Au, and carbon
C1604.001: (CD2)n deuterated polyethylene foil with thickness
C1632.014: (48TiO2) enriched to 99.1% in 48Ti on thin
C1632.014: (20 mug/cm2) VYNS film
C1632.015: (48TiO2) enriched to 99.1% in 48Ti on thin
C1632.015: (20 mug/cm2) VYNS film
C1632.016: (48TiO2) enriched to 99.1% in 48Ti on thin
C1632.016: (20 mug/cm2) VYNS film
C1670.001: (470+-60) mu-g/cm2-thick Pb targets (isotopic
C1705.001: (0.2-2.0 mu-g/cm2) layer of evaporated Au and carbon
C1724.001: (CH2)n foil with thickness of 7.9 mg/cm2, in which
C1758.001: (CH2)n target with thickness of approx. 40 mu-m
C1816.001: (OFHC) copper substrate. 22Na ions were produced by
C1825.001: (7-N-15,ENR=0.98) Target used at Notre Dame
MM:Two different samples****
C1825.001: (7-N-14,ENR=0.02)Ti15N targets were fabricated by
C1825.001: (7-N-15,ENR=0.826) Target used at LUNA 2C1825.001: (7-N-14,ENR=0.174)
MM: Pointers could be used with FACILITY________________________________
D0275.002: (E-LVL,64-GD-159)
D0275.003: (E-LVL,64-GD-159)
D0275.004: (E-LVL,64-GD-159)

MM:EN-SEC has to be added in 1-11 positions.

D0280.001: (natural abundance 0.25%). The V2O5 powder was
D0364.001: (92.5% of 7Li)was used as a target.
D0456.002: (EN-ERR-DIG) Digitizing error
D0456.002: (ERR-DIG)
Digitizing error

MM:ERR-ANALYS has to be added in 1-11 positions.

D0479.001: (0.43%), 66Zn (0.08%), 64Zn (<0.01%), 70Zn (0.09%)
D0490.001: (Most runs were made with 1 to 1.5 mg/cm2 of
D0496.001: (12.39 %),111Cd(12.75 %),112Cd (24.07 %) and 113Cd
D0496.001: (12.26%).
D0505.001: (0.1 or 0.05 mm thick) and the aluminium discs(1.2 or
D0547.001: (96.1% abundance, impurities : 58Ni 1.95%, 60Ni 1.31%,
D0556.001: (99.99% pure, 109Ag 48.35%,107Ag 51.65%)
D0626.001: (12-MG-25,NAT=0.1)

MM:Two different samples*****

D0626.001: (12-MG-25,ENR=0.93)
MM: Pointers could be used with FACILITY.
D0634.001: (0.5%), and 198Pt (0.06%) in the target enriched in
D0634.001: (0.29%) in the target enriched in 196Pt.
D0639.001: (28-Ni-64,ENR=0.996)

MM:Ni -> NI

D4198.001: (both >99.6% pure) with thicknesses of 10 and 25
D4219.001: (54-XE-131,99.6) Highly enriched 131Xe gas (99.6%)
D4236.001: (68-ER-162,ENR=0.0006)
D4236.001: (68-ER-164,ENR=0.0006)
D4236.001: (68-ER-166,ENR=0.0114)
D4236.001: (68-ER-167,ENR=0.956)
D4236.001: (68-ER-168,ENR=0.0308)
D4236.001: (68-ER-170,ENR=0.0018)

MM:Sum=0.0012 >1. (max values somewhere?)

D4237.001: (99.99%, Sigma-Aldrich, USA) in a punch-and-die set
D4239.001: (34-SE-77,0.9177)
MM:Three different samples*****
D4239.001: (34-SE-78,0.9858)
D4239.001: (34-SE-80,0.999)
MM: SAMPLE information could be moved in corresponding Subents 002-005
D4249.001: (81-TL-203,NAT=29.52)
D4249.001: (81-TL-205,NAT=70.48)
D5047.001: (content of tritium nuclei 40%) was used in d,tD5071.001: (47.2%), Zn-70(0.3%).
D6010.001: (95.7%) + 113IN (4.3%)) thickness 1.2mg/cm**2 andD6045.001: (thichness ~ 500 microgram/cm2) was used. In this________________________________
E1686.002: (26-FE-56,ENR=0)
E1686.003: (26-FE-56,ENR=0)
E1686.004: (26-FE-56,ENR=0)
E1686.008: (26-FE-56,ENR=0)
E1686.009: (26-FE-56,ENR=0)
E1686.010: (26-FE-56,ENR=0)
E1686.014: (26-FE-56,ENR=0)
E1686.015: (26-FE-56,ENR=0)
E1686.016: (26-FE-56,ENR=0)
E1686.017: (26-FE-56,ENR=0)
E1686.018: (26-FE-56,ENR=0)
E1686.019: (26-FE-56,ENR=0)
E1686.020: (26-FE-56,ENR=0)
E1686.021: (26-FE-56,ENR=0)
E1686.022: (26-FE-56,ENR=0)
E1686.023: (26-FE-56,ENR=0)
E1686.024: (26-FE-56,ENR=0)
E1686.025: (26-FE-56,ENR=0)
E1686.026: (26-FE-56,ENR=0)

MM: SF1=26-FA-56 in REACTION

E1686.027: (26-FE-56,ENR=0)
E1686.028: (26-FE-56,ENR=0)
E1686.029: (26-FE-56,ENR=0)
E1686.030: (26-FE-56,ENR=0)
E1686.031: (26-FE-56,ENR=0)
E1686.042: (26-FE-56,ENR=0)
E1686.043: (26-FE-56,ENR=0)
E1686.044: (26-FE-56,ENR=0)
E1686.047: (26-FE-56,ENR=0)
E1686.048: (26-FE-56,ENR=0)
E1686.049: (26-FE-56,ENR=0)
E1686.052: (26-FE-56,ENR=0)
E1686.053: (26-FE-56,ENR=0)
E1713.001: (26-FE-56,ENR=0)
E1793.001: (12-MG-26,ENR=0)
E2135.002: (28-NI-58,ENR=0)
E2135.003: (50-SN-120,ENR=0)
E2135.004: (28-NI-58,ENR=0)
E2135.008: (50-SN-120,ENR=0)
E2140.001: (3-LI-8,ENR=0)__________________________

MM:SF1=26-FA-56 in REACTION
MM:SF1=12-MG-26 in REACTION
MM:SF1=28-NI-58 in REACTION
MM:SF1=50-SN-120 in REACTION
MM:SF1=28-NI-58 in REACTION
MM:SF1=50-SN-120 in REACTION
MM:SF1=3-LI-8 in REACTION

F0258.002: (8.14+-0.31)*10**16 at/cm2.
F0535.001: (9.58+-0.57)x10**17,
F0535.001: (5.72+-0.17)x10**17 K atoms*cm**-2
F0667.017: ( 92.0%).
F0712.001: (about 12 mu-g/cm2) of carbon.
F0748.001: (it cannot be damaged by the beam), of high purity,
F0833.001: (7.3+-0.4)*10**18 atoms of 61Ni cm**(-2).
__________________________
G0021.001: (57-LA-139,NAT=99.9%) 3790 mg
G3105.001: (2mg/cm**2 thickness, 1.414x1.414 cm size) wrapped__________________________
L0078.001: (20 mg/cm2) and 20 aluminium catcher foils arranged so__________________________
T0074.002: (DATA-ERR) Upper limit of absolute uncertainty.
__________________________

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