Nuclear Data Section
International Atomic Energy Agency
P.O.Box 100, A-1400 Vienna, Austria
Memo CP-D/747
Date:
To:
From:

11 June 2012
Distribution
N. Otsuka, S. Dunaeva

Subject:
Reference:

Dictionary 16 (Status codes) – SGMBS
WP2000-23

Sigmabase [1] was a database of charged-particle induced reaction cross sections
developed by the ion beam analysis field. The database was merged with anotherdatabase (NRABASE) to form the IBANDL database (http://wwwnds.iaea.org/ibandl/). Inclusion of the Sigmabase data into EXFOR was agreed in theNRDC 2000 Meeting. See WP2000-23 and Action 45-48 of the meeting.
We observe many EXFOR entries adopting numerical data from Sigmabase, but weoften do not know original source of the numerical data in Sigmabase. WP2000-23
reports that much of data in Sigmabase were digitized from figures, and some concern
was expressed at the accuracy of these data.
Under this situation, we should not apply the status code TABLE unless the original
source is known, and propose a new status code for data which were taken fromSigmabase but which original source is unknown. Such a special status code was also
proposed by O. Schwerer in his presentation in 2005 [2].
Dictionary 16 (Status codes)
SGMBS
Data converted from Sigmabase
Today I obtained the ASCII file set of Sigmabase from the Idaho State University
server (ibaserver.physics.isu.edu) where Sigmabase was hosted, and found several
files which show the source of numerical data explicitly:
These cross sections have been digitized from the publication cited below. No error ofeither the energy and or the sigma is given. Some errors may be among the data, weare recently checking them. The Los Alamos Ion Beam Handbook also will containthese data as soon as it is ready. If you use this data please refer to the paper below.
The list of the Sigmabase data file showing this comment is appended to the memo. If
you can confirm an EXFOR entry and the corresponding IBANDL entry show thesame values, and the IBANDL entry still show the same comment, you may apply
both SGMBS and CURVE to the entry.
Reference[1] I. C. Vickridge, INDC(NDS)-0449, 15 (2003).
[2] I. Vickridge and O. Schwerer (ed.), INDC(NDS)-0481 (2006).

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vlasov@kinr.kiev.uav.semkova@iaea.org
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Appendix: List of Sigmabase files describing their data source as digitization(NDS did not check whether the corresponding EXFOR values were taken from Sigmabase.)
File name10bda0.r33
10bda1.r33
10bpa0_1.r33
10bpa0_2.r33
10bpa1_1.r33
10bpa1_2.r33
10btp0.r33
10btp1.r33
11btd0.r33
11btp0.r33
11btp123.r33
12cdp_1.r33
12cdp_2.r33
12ctp0.r33
12ctp1.r33
12ctp2.r33
13cdp.r33
14nda0_1.r33
14nda1_1.r33
14ndp0_1.r33
14ndp12.r33
14ndp3.r33
14ndp45.r33

Reaction
10B(d,a0)8Be
10B(d,a1)8Be
10B(p,a0)7Be
10B(p,a0)7Be
10B(p,a1)7Be
10B(p,a1)7Be
10B(3He,p0)12C
10B(3He,p1)12C
11B(3He,d0)12C
11B(3He,p0)13C
11B(3He,p1,p2,p3)13C
12C(d,p0)13C
12C(d,p)13C
12C(3He,p0)14N
12C(3He,p1)14N
12C(3He,p2)14N
13(d,p)14C
14N(d,a0)12C
14N(d,a1)12C
14N(d,p0)15N
14N(d,p1+p2)15N
14N(d,p3)15N
14N(d,p4+p5)15NSource (There is often a mistake in this information.)
K.H.Purser and B.H.Wildenthal, Nucl.Phys., 44(1963), 22K.H.Purser and B.H.Wildenthal, Nucl.Phys., 44(1963), 22
J.G.Jenkin, L.G.Earwaker and E.W.Tinterton, Nucl. Phys., 50(1964), 517
J.G.Jenkin, L.G.Earwaker and E.W.Tinterton, Nucl. Phys., 50(1964), 517
J.G.Jenkin, L.G.Earwaker and E.W.Tinterton, Nucl. Phys., 50(1964), 517
J.G.Jenkin, L.G.Earwaker and E.W.Tinterton, Nucl. Phys., 50(1964), 517
J.P.Schiffer,T.W.Bonner,R.H.Davis and F.W.Prosser,Phys.Rev.,104(1956),10J.P.Schiffer,T.W.Bonner,R.H.Davis and F.W.Prosser,Phys.Rev.,104(1956),10H.D.Holmgren, E.A.Wolicki and R.L.Johnston, Phys. Rev., 114(1959), 1281
H.D.Holmgren, E.A.Wolicki and R.L.Johnston, Phys. Rev., 114(1959), 1281
H.D.Holmgren, E.A.Wolicki and R.L.Johnston, Phys. Rev., 114(1959), 1281
R.A.Jarjis, Int.Rep., U. of Manchester(1979)
E.Kashy,R.R.Perry abd J.R.Risser, Phys.Rev., 117(1960), 1289
S.Y.Tong,W.N.Lennard,P.F.A.Alkemada,I.V.Mitchell, NIM, B45(1990), 91
S.Y.Tong,W.N.Lennard,P.F.A.Alkemada,I.V.Mitchell, NIM, B45(1990), 91
S.Y.Tong,W.N.Lennard,P.F.A.Alkemada,I.V.Mitchell, NIM, B45(1990), 91
J.B.Marion and G.Weber, Phys.Rev., 103(1956), 167
G.Amsel and D.David, Revue de Physique Appliquee, 4(1969), 383
G.Amsel and D.David, Revue de Physique Appliquee, 4(1969), 383
J.C.B.Simpson and L.G.Earwaker, Vacuum, 34(1984), 899
G.Amsel and D.David, Revue de Physique Appliquee, 4(1969), 383
G.Amsel and D.David, Revue de Physique Appliquee, 4(1969), 383
G.Amsel and D.David, Revue de Physique Appliquee, 4(1969), 383

EXFOR
F0215
F0215
F0224
F0224
F0224
F0224
A1495
A1495
F0251
F0251
F0251
N/A
C1007
C0189
C0189
C0189
C0989
D0127
D0127
D0381
D0127
D0127
D0127

14ndp5.r33
15nda_1.r33
15npa.r33
16oda_1.r33
16oda_2.r33
16oda_3.r33
16odp0_1.r33
16odp1_1.r33
16odp1_2.r33
16ota.r33
18oda_1.r33
18oda_2.r33
18oda_3.r33
18oda_4.r33
18Opa165.r33
18opa_2.r33
19fda0_1.r33
19fda1_1.r33
19fpa_1.r33
19fpa_2.r33
2dtp_1.r33
2dtp_2.r33
3hedp_1.r33
6lida_1.r33
6lip3he.r33
6lipa.r33

14N(d,p5)15N
15N(d,a0)13C
15N(p,a)12C
16O(d,a0)14N
16O(d,a0)14N
16O(d,a0)14N
16O(d,p0)17O
16O(d,p1)17O
16O(d,p1)17O
16O(3He,a)15O
18O(d,a0)16N
18O(d,a1)16N
18O(d,a2)16N
18O(d,a3)16N
18O(p,a)15N
18O(p,a)15N
19F(d,a0)17O
19F(d,a1)17O
19F(p,a)16O
19F(p,a)16O
D(3He,p)4He
D(3He,p)4He
3He(d,p)4He
6Li(d,a0)4He
6Li(p,3He)4He
6Li(p,a)3He

G.Amsel and D.David, Revue de Physique Appliquee, 4(1969), 383
J.A.Sawicki, J.A.Davies and T.E.Jackman, NIM, B15(1986), 530
F.B.Hagendorn and J.B.Marion, Phys. Rev., 108(1957), 1015
A.Turos, L.Wielunski and a Batcz, NIM, 111(1973), 605
G.Amsel, Thesis, Ann.Phys., 9(1964), 297
G.Amsel, Thesis, Ann.Phys., 9(1964), 297
R.A.Jarjis, Int.Rep., U. of Manchester(1979)
G.Amsel and D.Samuel, Anal.Chem. 39(1967), 1689
R.A.Jarjis, Int.Rep., U. of Manchester(1979)
F.Abel G.Amsel, E.d'Artemare, C.Ortega, S.Siejka and G.Vizkelethy,NIM B4G.Amsel, Thesis, Ann.Phys.9(1964), 297
G.Amsel, Thesis, Ann.Phys.9(1964), 297
G.Amsel, Thesis, Ann.Phys.9(1964), 297
G.Amsel, Thesis, Ann.Phys.9(1964), 297
G.Amsel and D.Samuel, Anal. Chem., 39(1967), 1689
P.F.Alkemada, C.A.M.Stap, F.H.P.M.Habraken and W.F.vam der Weg,NIM B35(1B.Maurel,G.Amsel and D.Dieumegard, NIM, 191(1981), 439
B.Maurel,G.Amsel and D.Dieumegard, NIM, 191(1981), 439
D.Dieumegard, B.Maurel and G.Amsel, NIM 169(1980), 93D.Dieumegard, B.Maurel and G.Amsel, NIM 169(1980), 93
W.Moller and F.Besenbacher, Nucl.Instr.Meth., 168(1980), 11
T.W.Bonner, J.P.Conner and A.B.Lillie, Phys.Rev., 88(1952), 473
T.W.Bonner, J.P.Conner and A.B.Lillie, Phys.Rev., 88(1952), 473
B.Maurel,G.Amsel and D.Dieumegard, NIM, 191(1981), 349
J.B.Marion,G.Weber and F.S.Mozer, Phys.Rev., 104(1956), 1402
J.B.Marion,G.Weber and F.S.Mozer, Phys.Rev., 104(1956), 1402

D0127
C0190
C0995
D0106
D0086
D00086
N/A
D0104
N/A
D0326
D0086
D0086
D0086
D0086D0104
O0816
D0154
D0154
D0134
D0134
A1185
A1064
A1064
D0154
A1409
A1409

6litp0.r33
6litp1.r33
7lipa.r33
9beda0.r33
9beda1.r33
9bepa.r33
9bepd.r33
9betp0_1.r33
9betp0_2.r33
9betp1_1.r33
9betp1_2.r33

6Li(3He,p0)15N
6Li(3He,p1)8Be
7Li(p,a)4He
9Be(d,a0)7Li
9Be(d,a1)7Li
9Be(p,a)6Li
9Be(p,d)6Li
9Be(3He,p0)11B
9Be(3He,p0)11B
9Be(3He,p1)11B
9Be(3He,p1)11B

J.P.Schiffer,T.W.Bonner,R.H.Davis and F.W.Prosser,Phys.Rev.,104(1956),10J.P.Schiffer,T.W.Bonner,R.H.Davis and F.W.Prosser,Phys.Rev.,104(1956),10B.Maurel, D.Dieumegard and G.Amsel,in Ion Beam Handbook, ed. J.W.Mayer aJ.A.Biggerstaff,R.F.Hood,H.Scott and M.T.McEllistrem, Nucl.Phys. 36(1962
J.A.Biggerstaff,R.F.Hood,H.Scott and M.T.McEllistrem, Nucl.Phys. 36(1962
A.J.Sierk and T.A.Tombrello, Nucl.Phys., A210(1973), 341
A.J.Sierk and T.A.Tombrello, Nucl.Phys., A210(1973), 341
E.A.Wolicki,H.D.Holmgren,R.L.Johston and E.Geer Illsley,Phys.Rev.,116(19E.A.Wolicki,H.D.Holmgren,R.L.Johston and E.Geer Illsley,Phys.Rev.,116(19E.A.Wolicki,H.D.Holmgren,R.L.Johston and E.Geer Illsley,Phys.Rev.,116(19E.A.Wolicki,H.D.Holmgren,R.L.Johston and E.Geer Illsley,Phys.Rev.,116(19A1495
A1495
N/A
F0095
F0095
F0169
F0169
F0252
F0252
F0252
F0252