tlililufiTliirfiiltlllnfiffifiiniltl 

i

A l,l,Io h_ J l3_5 z t 

__l

REIERENGE

Experimentally Measured Total X.Ray AttenuatÍon

Coeîficients Extracted from Previously

llnprocessed Documents Held by the rUrSf Photon

and Charged Particle Data Centen II'

pueLrcAfloNs 

i

QC

/oa

. t*Sb

#ttu3

å.ooy

HubbeII, t. H,

U. S. DEPARTMEI{Í OF COMMERCE

Technology Adlnlnlstratlon

Nat¡onal lnstltute of Standards

and Technology

Galthersburg, MD 20899-846ft

Ntsr

llationol ln¡litute cl Slcndcrds

¡nd lcchnolcgy

lechnology Adminlslrotion

U.S. Depqrlment of Commerce

NtsTtR 7163
NrsrrR 71"63

Experimentally Measured Total X.Ray Attenuation

Coefficients Extracted from Previously

llnprocessed Documents HeId by the rVtSf Photon

and Chargled Particle Data Centen II.

HubbeII, t. H,

U. S. DEPARTMENT OF COMMERCE

Technology Administration

Natlonal lnstltute of Standards

and Technologly

Galthersburg, MD 20899'8463

September 2004

U.S. DEPARTMENT OF COMMERCE

Donald L. Evans, Secretary

TECHNOIOGY ADMINISTRATION

Phl¡llp J. Bond, Under Secretary for Technology

NATIONAL INSNTUTE OF STANDARDS

AND TECHNOLOGY

Arden L Bement, Jr., Director
I. Introduction:

Since 1950 the National Institute of Standards and Technology (NIST; formerly National

Bureau of Standards) has maintained a data base of measured and theoretical x-ray

attenuation and cross section data in a hard-copy file of original source documents in the

form of reprints, reports, and personal communications. This data base extends over 1l

decades of photon energies, from 10 eV (extreme ultraviolet or XUV region) to 100 GeV

(cosmic-ray energy region). The purpose of this data base, now residing in the NIST Photon

and Charged Particle Data Center (PCPDC), is to provide photon (XUV, x-ray, gilnma-ray,

and bremsstrahlung) interaction data required in a variety of medical, industrial, defense, and

basic-science applications. This NIST/PCPDC data base, unique in the global scientific

communþ, has been used from time to time as the basis for the tabulation of photon cross

sections and attenuation coefficients [1-15] and related quantities such as the photon energytransfer and energy-absorption coefficients [5-7, 9, ll, 16-181.

In collaboration with H. Gerstenberg, E. Saloman and a series of summer student assistants,

rhe data extiacred from the accumulated NIST/PCPDC-heId documents (1907-1986) were

keyboarded into machine-readable form in 1986 Il9-241. In a turther report, NISTIR 5893

(1996) [25], ro which this report is a sequel, the data from additional documents (1981-1995)

were extracted and put in machine-readable and standardized form. The present report is a

further supplement and update to the data base, incorporating data from further previously

unprocessed documents (1978-2004) accumulated in the PCPDC collection and listed and

annotated (photon energy ranges, elements measured, and uncertainty estimates) in Section

V.

II. Procedures:

In the above hard-copy fîle of original source documents, the measurements were made in a

great variety of contexts and scientific disciplines, for different purposes. These purposes

range from medical x-ray therapy and diagnostic applications to x-ray crystallography and

aircraft radiometric fuel gauge development, and include many other extremely diverse

human endeavors requiring, in common, reliable values of this x-ray interaction data. Hence

the measured results in these source documents were given by the authors in units peculiar to

the particular scientific discipline in which the measurements were taken.

For example, in much of the x-ray crystallography and x-ray fluorescence (XRF) analytical

literature, and also in much of the atomic physics basic research literature, the photon

energies are not given, but rather the photon wavelengths, in units of angstroms (A) or

nanometers (nm). The photon interaction probabilities (cross sections) are also given in a

variety of different forms, such as linear attenuation coeffîcients (e.9., cm-r), mass

attenuation (or absorption) coefficients (e.g., a*lgor m2lkg¡, cross sections (e.g., barns per

atom [b/atom], or Mb per atom, or Mb per molecule for binary gases, etc.). In previous
photon energies 9.6 MeV to 162 MeV, in addition to many-point measurements also for Cu,

Sn and Ta in that same source reference [78Gi01]. In this cunent report, the extreme case

for density and number of data points for a single element are the 502 cross section

measurements in W (Z=74) from 1.453 keV to 2.353 keV by Levine et al. [003Le0U,

followed closely by the 501 measurements in Si (Z:14) from 1.800 keV to 2.3W keV by

Owens et al. [002Ow02]

Table 1 is summarized in Table 2, showing for each element the number of papers which

contained data for that element, and the total number of data points extracted from these

papers. From the 23 papers examined, for all elements, a grand total of 3357 data points

were extracted.

Authors' estimates of uncertainty, if provided, are noted in the square brackets at the end of

each annotated reference in the document listing in Section V. These uncertainties vary

greatly, from a lower bound of t0.I% in Roy et al. [97Ro01] to an upper bound of X300Vo

in Tikkanen and Huovelin [96Ti0U. In general, a more meaningful "envelope of

uncertainty" is obtained by noting differences between independent measurements for the

same element and energies under different experimental conditions.

IV. Text References:

1. White (Grodstein), G.R., X-Ray Attenuation Coefficients from 10 kev to 100 MeV,

NBS Rep. 1003 (1952).

2. Fano, U., Gamma-Ray Attenuation, Part l, Nucleonics 11 (8), 8-12 (1953); PartZ,

11 (9), 55-60 (1953).

3. Grodstein, G.R., X-ray Attenuation Coefficients from l0 kev to 100 MeV, NBS Circ.

583 (1e57).

4. McGinnies, R.T., X-Ray Attenuation Coefficients from 10 keV to 100 MeV, Suppl.

ro NBS Circ. 583 (1959).

5. Berger, R.T. (McGinnies), The X- or Gamma-Ray Energy Absorption or Transfer

Coefficient: Tabulations and Discussion, Radiat. Res. 15, I-29 (1961).

6. Hubbell, J.H. and Berger, M.J., Sec. 4.1: Attenuation Coefficients, Energy

Absorption Coefficients, and Related Quantities (p. 167-184) and Sec. 4.2: Photon

Atomic Cross Sections (p. 185-202). IAEA Engineering Compendium on Radiation

Shielding, R.G. Jaeger, ed., Springer, Berlin (1968).

7 . Hubbell, J.H., Photon Cross Sections, Attenuation Coefficients, and Energy
18.

Coefficients, Rad. Res. 136, 147-170 (1993).

Seltzer, S.M. and Hubbell, J.H., Tables and Graphs of Photon Mass Attenuation

Coefficients and Mass Energy Absorption Coefficients for Photon Energies 1 keV to

20 MeV for Elements Z : I to 92 and Some Dosimetric Materials, Japanese Society

of Radiological Technology Report ISSN 1340-7716 (1995); see also Hubbell. J.H.

and Seltzer, S.M., National Institute of Standards and Technology Report NISTIR

s632 (1995).

Gerstenberg, H.M., and Hubbell, J.H., Comparison of Experimentat with Theoretical

Photon Attenuation Cross Sections Between 10 eV and 100 GeV (p. 1007-1009),

Nuclear Data for Science an4 TechnologJ¡, K.H. Bockhoff, ed., ECSC, EEC, EAEC,

Brussels and Luxembourg (1983).

Saloman, 8.8., and Hubbell, J.H., X-Ray Attenuation Coefficients (Total Cross

Sections): Comparison of the Experimental Data Base with the Recommended Values

of Henke and the Theoretical Values of Scofield for Energies Between 0.1-100 keV,

National Bureau of Standards Internal Report NBSIR 86-3431(1986).

Hubbell, J.H., Gerstenberg, H.M. and Saloman, E.8., Bibliography of Photon Total

Cross Section (Attenuation Coefficient) Measurements l0 eV to 13.5 GeV, National

Bureau of Standards Internal Report NBSIR 86-3461(1986).

Saloman, E.8., and Hubbell, J.H., Critical Analysis of Soft X-Ray Cross Section

Data, (Presented at the Third International Symposium on Radiation Physics, Ferrara,

Italy, Sept. 30-Oct. 4, 1985), Nucl. Instr. Merh. A255,38-42 (1987).

Saloman, E.8., Hubbell, J.H. and Scofield, J.H., X-Ray Attenuation Cross Sections

for Energies 100 eV to 100 kev and Elements z = I to z = 92, Atomic Data and

Nuclear Data Tables 38, 1-197 (1988).

saloman, E.8., Hubbell, J.H. and Berger, M.J., National Bureau of standards Data

Base of Photon Absorption Cross Sections from 10 eV to 100 GeV, Proc. SPIE 911,

100-106 (1988).

Hubbell, J.H., Experimentally Measured Total X-Ray Attenuation Coefficients

Extracted from Previously Unprocessed Documents Held by the NIST Photon and

charged Parricle Data center (L), NISTIR 5893 (1996).

Hubbell, J.H., Bibliography of Photon Total Cross Section (Attenuation Coefficient)

Measuremenrs 10 eV to 13.5 GeV, 1907-1993, NISTIR 5437 (Lgg4).

19.

20.

2t.

22.

23.

24.

25.

26.
0014n01 Angelone, M., Bubba, T. and Esposito, 4., Appl. Radiat. Isot. 55, 505-511 (2001)

Measurement of the Mass Attenuation Coefficient for.Elemental Materials in the

Range 6 < Z < 82 Using X-Rays from 13 up to 50 keV

(13.37 kev to 50.65 keV: C, Al, Ti, V, Mn, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, Rh,

Pd, Ag, Cd, In, Ta, Ft, Au, Pb) ll2.SVo to 8.0%l

0018a01 Baltazar-Rodrigues, J. and Cusatis, C., Nucl. Instr. Meth.Bt79,325-333 (2001)

Determination of X-Ray Photoelectric Absorption of Ge and Si Avoiding Solid-State

Effects

(8.048 keV to 24.945 keV: Si, Ge) [tO.l% to O.3Vol

001Ch01 Chantler, C.T., Tran, C.Q., Barnea, Z.,Patercotr, D., Cookson, D.J. andBalaic,

D.X., Phys. Rev. A U,062506, 1-1.5 (2001)

Measurement of the X-Ray Mass Attenuation Coefficient of Copper Using 8.85-20

keV Synchrotron Radiation

(8.8709 keV to 20.0268 keV: Cu) 10.27t7o to 0.332701

002Ma01 Mallikarjuna, M.L., Gowda, S.B.A., Krishnaveni, S., Gowda, R. and Umesh,

T.K., Nucl. Sci. & Eng. 140, 96-102 (2N2)

Studies on Photon Interaction around the K-Edge of Some Elements

(5.895 keV to 84.3 keV: Cv, Zr, Ag, Sn) lXSVo to 4Vol

002Ma02 Mallikarjuna, M/L., Gowda, S.B.A., Gowda, R. and Umesh, T.K., Radiat. Phys.

Chem. 65, 217 -223 (2002)

Studies on Photon Inte¡action around the K-Blge of some Rare-Earth Elements

(6.4 keV to 84.3 keV: O, Iå, Ce, Pr, Nd, Sm, Gd, Dy, Ho, Er) [+37o to 4%l

002Ow01 Owens,4., Fraser, G.W. andGurman, S.J., Radiat. Phys. Chem. 65, 109-l2l

(2002)

Near K-Rlge Linear Attenuation Coefficients for Si, SiO2 and Sir\

Note: Measurement results are presented for both crystalline ("Si-c") and amorphous

("Si-a"). For presentation in this report the crystalline-sample "Si-c" results were

selected.

(1.800 keV to 2.300 keV: Si) ltVo not givenl

002Su01 Suzuki, I.H. and Saito, N., J. Electron Spectrosc. L23,239-245 (2002)

Photoabsorption Cross Section qf Kr in the Sub-keV Energy region

(100 ev to 1300 ev: Kr) ltl%l

002Ta01 Tamura, M., Akimoto, T., Aoki, Y.,Ikeda, J., Sato, K., Fujita, F., Homma, ,{.,

Sawamura, T. and Narita, M., Nucl. Instr. Meth. 

^ 

484,642-649 (2N2)

Measurement of Mass Attenuation Coefficients around the K absorption Edge by

Parametric X-Rays

(17.22 keV to 20.56 keV: Nb, Zr, Mo) Lttn to LS%l
Table 1. Experimental Cross Section Data Extracted from Documents.

Z - 5, B eV, barns per atom pairs 5 pts ref : 003Te01

5.110+05 1.415+00 6.620+05 1.303+00 1.170+06 9.864-01 1.280+06 7.460-0t

1.330+06 6.203-01

l- 6,c

2.834+02 4.168+04

2.842+02 3.212+05

2.850+02 1.075 +06

2.858+02 4.205+05

2.866+02 3.413 +05

2.880+02 6.307+05

2.900+02 7 .750+05

2.920+A2 1.187+06

2.940+02 1.416+06

2.960+02 1.579+06

2980+02 1.404+06

3.000+02 1.434+06

3.200+02 7.726+05

3.4W+02 6.467 +05

3.600+02 5.811+05

3.800+02 5.299+05

4.000+02 4.774+05

/,- 6,C

8.041+03 9.973+01

Z_ 6,C

r.337 +04 2.200+OL

3.206+04 5.000+00

/,- 7,N

4.020+02 3.328+05

4.040+02 8.120+05

4.060+02 1.402+06

4.080+02 1.738+06

4.100+02 1.331+06

4.120+021.333+06

4.140+02 1.087+06

4.160+02 7.987 +05

eV, barns per atom pairs 65 pts ref : 96Ti01

2.836+02 4.837 +04 2.838+02 6.904+04 2.840+021.395+05

2.844+02 6.027 +05 2.846+02 8.851+05 2.848+A2 1.078+06

2.852+02 8.326+05 2.854+02 6.128+05 2.856+02 4.578+05

2.860 +02 4.7 46 + 05 2.862 +02 5. 068 + 05 2.864 + 02 4.324 + 05

2.868 +02 3 .423 + 05 2.87 0 + 02 4. 930 +05 2.87 5 +02 9.477 +0s

2.885+02 6.232+05 2.890+02 7 .147 +05 2.895+02 7 .486+05

2.905+02 8.196+05 2.910+02 9.467 +05 2.9t5+02 1.089+06

2.925+02 1.227 +M 2.930+02 r.267 +06 2.935+02 1.341+06

2.945+02 1.482+06 2.950+02 1.545 +06 2.955+02 1.585 +06

2.965 +02 t. 535 +06 2.970 +02 1.47 8 +06 2.97 5+02 1. 430 +06

2.985+02 1.402+06 2.990+02 1.4t4+06 2.995+02 1.427 +06

3.050+02 1.387+06 3.100+02 9.697+05 3.150+02 8.225+05

3.250+02 7.608+05 3.300+02 7.314+05 3.350+02 6.828+05

3.450+02 6.L77 +05 3.500+02 5.978+05 3.550+02 5.866+05

3.650+02 5.746+05 3.7W+02 5.629+05 3.750+02 5.463+05

3.850+02 5.153+05 3.900+02 5.008+05 3.950+02 4.860+05

eV, barns per atom pairs I pt ref = 004Ec01

eV, barns per atom pairs 8 pts ref : 0014n01

t.7 M +04 I . r50 +01 2.210 +04 7.200 +00 2.499 +04 6. 100 +00

3.665+04 4.200+00 4.423+04 4.030+00 5.065+04 3.900+00

eV, barns per atom pairs 77 pts ref : 96Ti01

4.025+02 3.117+05 4.A30+02 4.431+05 4.035 +02 7 .422+05

4.A45+02 7.656+05 4.050+02 8.918+05 4.055 +02 1.146+06

4.065+02 t.597 +06 4.070+02 1.674+06 4.075+02 1.681+06

4.085 +02 t.783+06 4.090+02 1.688+06 4.095+021.495+06

4.t05+02 1.251+06 4.110+02 r.261+06 4.115+02 1.302+06

4.125 +02 I . 3 16 +06 4.130 +02 1.264 +06 4.135 +02 1. I 86 +06

4.145+02 9.882+05 4.150+02 9.030+05 4.t55+02 8.399+05

4. 165 +02 7 .835+05 4. 170 +02 7.685 +05 4.17 5 +02 7 .663 +05
l- 8,o

6.400+03 6.036+02

2.4t4+04 1.504+01

6.430+04 4.890+00

8.430+04 4,380+00

z- 10,Ne

4.490+01 7.730+06

6.990+01 6.120+06

9.500+01 4.230+06

1.150+02 3.140+06

1.350+02 2.330+06

1.550+02 1.780+06

1.750+02 1.350+06

2.100+02 9.030+05

2.540+02 5.840+05

2.900+02 4.010+05

3.300+02 2.870+05

3.700+02 2.180+05

4.200+02 1.570+05

5.000+02 9.800+04

5.800+02 6.600+04

6.500+02 4.950+CI4

7 .200+02 3.650+04

7.800+02 3.040+04

8.4V9+02 2.330+04

8.800+02 3.550+05

8.950+02 3.300+05

9.050+02 3.310+05

9.2c0+02 3.220+05

9.600+02 2.890+05

1.100+03 2.020+05

1.265+03 1.360+05

l- 13,41

6.000+01 1.022+06

6.400+01 6.550+05

6.800+01 5.420+05

7.150+01 5.610+05

7.190+01 5.612+05

7 .230+01 5.689+05

7.270+01 t.287 +06

7.310+01 1.878+06

7.350+01 2.061+06

eV, barns per atom pairs 13 pts ref = 002Ma02

8.041+03 3.303+02 1.053+04 1.355+02 L.440+04 5.424+01

3.080+04 9.630+00 3.500+04 8.010+00 5.201+04 5.560+00

7.083 +04 4.670+W 7.287 +04 4.630+00 8.100+04 4.430+00

eV, barns per atom pairs 103 pts ref : 003Su01

4.990+01 7.920+06 5.490+01 7.530+06 5.990+01 6.810+06

7.980+01 5.200+06 8.600+01 4.910+06 9.000+01 4.560+96

1.000+02 3.940+06 1.050+02 3.650+06 1.100+02 3.380+06

t .2w +02 2.920 + 06 t .250 + 02 2.7 tO +06 1. 300 + 02 2. 5 10 + 06

1.400 +02 2. 180 +06 t.450 +02 2.040 +06 1.s00 +02 1.910 +06

1.600+02 1.660+06 1.650+02 1.550+06 t.700+02 1.450+06

1.800+02 1.270+06 1.900+02 1.130+06 2.0c[.+02 1.000+06

2.2W+02 8.160+05 2.300+02 7.310+05 2.400+02 6.500+05

2.600 + 02 5. 300 + 05 2.700 +02 4. 840 +05 2.8A0 + 02 4.420 + 05

3.000+02 3.700+05 3.100+02 3.400+05 3.200+02 3.120+05

3.4W +02 i.An +OS 3.500 +02 2.490 +05 3. 600 +02 2.340 +05

3.800+02 2.040+05 3.900+02 1.910+05 4.000+02 1.790+05

4.400+02 1.390+05 4.6æ+02 1.230+05 4.800+02 1.100+05

5.200+02 8.870+04 5.400+02 8.010+04 s.600+02 7.250+M

6.000+02 6.070+04 6.200+02 5.610+04 6.400+02 5.160+04

6.600+02 4.740+04 6.800+02 4.340+04 7.000+02 3.980+04

7.400+02 3.410+04 7500+02 3.310+04 7.600+02 3.230+04

8.000 +02 2. 850 +04 8.2N +02 2.670 +04 8.400 +02 2.560 +04

8.588+02 2.280+M 8.7W+02 3.760+05 8.750+02 3.670+05

8.850+02 3.450+05 8.900+02 3:370+05 8.925+02 3.330+05

8.975+02 3.290+05 9.000+02 3.290+05 9.025+02 3.300+05

9.075+02 3.310+05 9.100+02 3.290+05 9.150+02 3.260+05

9.300+02 3.130+05 9.400+02 3.050+05 9.500+02 2.970+05

9.800+02 2.710+05 1.000+03 2.560+05 1.050+03 2.260+05

1.150+03 1.820+05 1.200+03 1.600+05 1.240+03 1.460+05

1.290+03 1.270+05 1.316+03 1.260+05

eV, barns per atom pairs 291 pts ref = 96Ti0l

6.100+01 5.173+05 6.200+01 5.719+05 6.300+01 6.193+05

6.500+01 6.345+05 6.600+01 5.223+05 6.700+01 5.229+05

6.900+01 5.309+05 7.000+01 5.358+05 7.100+01 5.585+05

7.160+01 5.608+05 7.t70+01 5.598+05 7.180+01 5.617+05

7 .2W+0t 5.614+05 7 .210+01 5.630+05 7 .220+015.653 +05

7 .240 +01 5. 758 +05 7 .250 +Ot 5.923 +05 7 .260 +01 6. 828 +05

7.280+0t 1.763+06 7.290+01 1.720+06 7.300+01 1.682+06

7 320+0t 2.136+06 7 .330+Ot 2.125+06 7.340+01 2.087 +06

7.360+01 2.042+06 7.370+ú 2.031+06 7.380 +0t 2.029+06

ll
2.810+02 1.330+06

2.818+02 t.i25+06

2.826+02 1.330+06

1.554+03 1.905+04

1.558+03 8.841+04

1.562+03 2.1l0+05

1.566+03 2.367 +05

1.570+03 2.320+05

1.574+03 2.107 +05

1.578+03 1.829+05

1.582+03 1.600+05

1.586+03 t.449+05

1.590+03 1.662+05

1.594+03 1.866+05

1.598+03 1.843+05

1.620+03 1.474+05

1.660+03 1.482+05

1.700+03 1.504+05

1.740+03 1.349+05

1.780+03 1.267 +05

l:13,41

4.000+03 1.631+04

4.800+03 9.810+03

5.600+03 6.358+03

6.400+03 4.276+03

7.2W+03 3.030+03

8.000+03 2.204+03

8.800+03 1.677 +03

9.500+03 1.299+03

l:13,41

6.400+03 4.3r0+03

l- l3,Al

t.337 +04 4.400+U

2.210+04 r.120+02

4.423+04 2.070+0r

l= 14,Si

1.800+03 t.414+04

1.804+03 1.397 +04

1.808+03 1.381+04

1.812+03 1.376+M

eV, barns per atom pairs

8.041+03 2.263+03

eV, barns per atom pairs

2 pts rêf : 97Ke01

10 pts ref : 0014n01

2.812 +02 1. 328 +06 2.814 +02 1. 328 +06 2.816 +02 1.326 +06

2.820+02 1.327 +06 2.822+02 1.327 +06 2.824+02 1.328+06

2.828 +02 t.333+06 2. 830 +02 1. 338 +06 2.832 +02 1. 350 +06

r.555+03 2.424+04 1.556+03 3.662+04 1.557+03 6.007+04

1.559+03 1.243+05 1.560+03 1.604+05 1.561+03 1.904+05

1.563 +03 2.246+05 1.564+03 2.339+05 1.565+03 2.383+05

1.567+03 2.341+05 1.568+03 2.333+05 1.569+03 2.312+05

1.571+03 2.300+05 1.572+03 2.261+05 t.573+03 2.202+05

1.575+03 2.046+05 t576+03 1.980+05 t.577 +03 1.933+05

1.579+03 1.780+05 1.580+03 1.707+0s 1.581+03 1.657+05

1.583+03 1.549+05 1.584+03 1.512+05 1.585+03 t.467+05

1.587+03 1.470+05 1.588+03 L.527+05 1.589+03 1.558+05

1.591+03 1.739+05 t.592+03 1.803+05 1.593+03 1.840+05

1.595+03 1.889+05 1.596+03 1.876+05 t.597+03 1.852+05

1.599+03 1.827+05 1.600+03 1.803+05 1.610+03 1.701+05

1.630+03 1.609+05 1.640+03 1.636+05 1.650+03 1.608+05

1.670+03 t.479+05 1.680+03 1.494+05 1.690+03 1.509+05

1.710+03 1.436+05 1.720+03 1.391+05 1.730+03 t.367+05

1.750+03 1.347+05 1.760+03 1.316+05 1.770+03 I.284+05

1.790+03 t.248+05 1.800+03 1.232+05

eV, barns per atom pairs 3l pts rêf : 004le0l

4.200+03 t.4t7+04 4.400+03 t.243+04 4.600+03 1.106+04

5.000+03 8.728+03 5.200+03 7.728+03 5.400+03 6.879+03

5.800+03 5.646+03 6.000+03 5.148+03 6.200+03 4.747+03

6.600+03 3.924+03 6.800+03 3.596+03 7.000+03 3.341+03

7.400+03 2.710+03 7.600+03 2.583+03 7.800+03 3.347+03

8.200+03 2.017+03 8.400+03 1.935+03 8.600+03 1.807+03

9.000+03 1.582+03 9.100+03 1.491+03 9.300+03 1.391+03

9.700+03 1.231+03 9.900+03 l. 166+03

1.497 +04 3. 180+02 L.744+04 2.300+02 1.963+04 1 540+02

2.499+04 7.800+01 3.206+04 4.100+01 3.665+04 3.000+01

5.065+04 1.630+01

eV, barns per atom pairs 501 pts rêf : 002Ow01

1.801+03 1.410+04 1.802+03 1.405+04 1.803+03 1.401+04

1.805+03 1.393+M 1.806+03 1.389+04 1.807+03 1.385+04

1.809+03 1.380+04 1.810+03 1.378+04 1.811+03 1.377+04

1.813+03 1.374+04 1.814+03 1.371+04 1.815+03 1.369+04

13
1.992+03 1.196+05

1.996+03 1.191+05

2.000+03 1.186+05

2.004+03 1.184+05

2.008+03 1.185+05

2.012+03 1.193+05

2.016+03 1.196+05

2.020+03 1.197+05

2.024+03 1.197+05

2.028+03 1.197+05

2.032+03 1.184+05

2.036+03 1.184+05

2.040+03 1.184+05

2.044+03 1.t77+05

2.048+03 1.163+05

2.052+03 1.150+05

2.056+03 t.t44+05

2.060+03 1.142+05

2.064+03 1.138+05

2.068+03 1.129+05

2.072+03 1.120+05

2.076+03 1.lll+05

2.080+03 1.103+05

2.084+03 1.096+05

2.088+03 1.092+05

2.092+03 1.089+05

2.096+03 1.080+05

2.100+03 1.081+05

2.t04+03 1.078+05

2.108+03 r.079+05

2.1t2+03 1.079+05

2.116+03 1.079+05

2.120+03 1.078+05

2.t24+03 1.076+05

2.128+03 1.075+05

2.132+03 1.069+05

2J36+03 1.059+05

2.140+03 1.050+05

2.144+03 1.042+05

2.148+03 1.036+05

2.152+03 1.031+05

2]56+03 1.027 +05

2.160+03 1.022+05

2J64+03 1.018+05

1.993+03 1.195+05

t.997+03 1.190+05

2.40t+03 1.185+05

2.005+03 1.184+05

2.009+03 1.187+05

2.013+03 1.194+05

2.0t7 +03 1.196+05

2.021+03 1.197+05

2.025+03 1.197+05

2.029+03 1.194+05

2.033+03 1.181+05

2.037+03 1.186+05

2.041+03 1.183+05

2.045+03 1.173+05

2.049+03 1.160+05

2.053+03 1.148+05

2.057+03 1.143+05

2.MI+03 1. 141 +05

2.065+03 1.136+05

2.069+03 1.127+05

2.073+03 1.118+05

2.077+03 1.109+05

2.081+03 1.101+05

2.085+03 1.095+05

2.089+03 1.092+05

2.093+03 1.088+05

2.097+03 1.085+05

2.tot+03 1.080+05

2.105+03 1.079+05

2.109+03 1.079+05

2.1L3+03 1.079+05

2.1t7 +03 1.078+05

2.t21+03 I .077 +05

2.125+03 1.076+05

2.129+03 1.073+05

2.133+03 1.067+05

2.137 +03 1.056+05

2.t4t+03 1.048+05

2.145+03 1.041+05

2.149+03 1.035+05

2.t53+03 1.029+05

2.157 +03 1.026+05

2.161+03 1.021+05

2.165+03 1.017+05

1.994+03 1.194+05

1.998+03 1.188+05

2.002+03 r.184+05

2.006+03 1.184+05

2.010+03 1.184+05

2.014+03 1.195+05

2.018+03 1.197 +05

2.022+03 r.197 +05

2.026+03 1.197+05

2.030+03 1.190+05

2.034+03 1.182+05

2.038+03 1.187+05

2.042+03 1.182+05

2.046+03 1.170+05

2.050+03 1.157+05

2.054+03 1.146+05

2.058+03 1. 142+05

2.062+03 1.141+05

2.066+03 r.133+05

2.070+03 1.t24+05

2.074+03 1.115+05

2.078+03 1.107+05

2.082+03 1.099+05

2.086+03 1.094+05

2.090+03 1.091+05

2.094+03 1.088+05

2.098+03 1.089+05

2.102+03 1.079+05

2.t06+03 1.079+05

2.110+03 1.079+05

2.1t4+03 1.079+05

2.118+03 1.078+05

2.122+03 t.077 +05

2.126+03 1.075+05

2J30+03 1.072+05

2.t34+03 1.064+05

2.138+03 1.054+05

2.142+03 1.046+05

2.146+03 1.039+05

2.150+03 1.134+05

2.t54+03 1.028+05

2.158+03 1.025+05

2.t62+03 1.020+05

2.166+03 1.016+05

15

1.995+03 1.193+05

1.999+03 1.187+05

2.W3+03 1.183+05

2.007+03 1.184+05

2.Otl+03 1.191+05

2.015+03 1.195+05

2.019+03 1.197 +05

2.023+03 1.198+05

2.027 +03 t.t97 +05

2.031+03 1.187+05

2.035+03 1.183+05

2.039+03 1.185+05

2.043+03 1.181+05

2.047+03 1.166+05

2.05t+03 1.153+05

2.055+03 1.145+05

2.059+03 1.t42+05

2.063+03 1.141+05

2.067+03 1.131+05

2.07t+03 1.122+05

2.075+03 1.113+05

2.079+03 1,105+05

2.083+03 1.097+0s

2.087+03 1.093+05

2.091+03 1.090+05

2.095+03 1.087+05

2.099+03 1.083+05

2.103+03 1.078+05

2.107 +03 1.079+05

2.ltl+03 1.079+05

2.115+03 1.079+05

2.t19+03 1.078+05

2.123+03 1.077+05

2.127 +03 1.075+05

2.131+03 1.070+05

2.t35+03 1.062+05

2.t39+03 1.052+05

2.143+03 1.044+05

2.147 +03 1.037+05

2.15t+03 1.032+05

2.155+03 1.027 +05

2.159+03 1.024+05

2.163+03 1.019+05

2.167 +03 1.0r5+05
8.113 +03 2.872+03

8.514+03 2.488+03

8.915+03 2.174+03

9.316+03 1.916+03

9.7t6+03 1.692+03

1.002+04 1.542+03

t.032+04 1.413+03

7.072+04 1.267 +O3

t.tt2+04 1.134+03

1.152+04 1.024+03

L.192+04 9.245+O2

t.232+04 8.359+02

1.292+04 7.239+02

1.352+04 6.324+02

1.4t2+04 5..589+02

t.472+04 4.917 +02

r.523+04 4.455+02

1.603+04 3.831+02

1.663+04 3.446+02

1.743+04 2.987 +02

1.803 +04 2.688+02

1.863 +04 2.439+02

1.942+04 2.159+02

/, - 14, Si

8.214+03 2.765+03 8.314+03 2.669+03 8.414+03 2576+03

8.614+03 2.404+03 8.714+03 2.324+03 8.815+03 2.247+03

9.016+03 2.L07 +03 9.116+03 2.038+03 9.216+03 1.975+03

9.416+03 1.853+03 9.516+03 1.795+03 9.616+03 1.740+03

9.816+03 1.639+03 9.917+03 1.591+03 1.002+04 1.544+03

1.002+04 1.543+03 1.012+04 1.498+03 1.022+04 1.454+03

t.042+04 1.373+03 r.052+04 1.335+03 L.062+04 1.302+04

1.082+04 1..228+03 1.092+04 1.198+03 1.t02+04 1.165+03

t.122+04 1.104+03 1..132+04 1.073+03 1.142+04 1.046+03

t.162+04 9.964+02 1.172+04 9.728+02 1.182+04 9.449+02

1.202+04 9.018+02 1.202+M 9.018+02 t.2t7 +04 8.682+02

t.247 +04 8.064+02 1.262+04 7.774+02 L.277 +M 7.505+02

1.307+04 7 .N4+02 1.322+04 6.778+02 1.337 +04 6.555 +02

1.367 +04 6.121+02 1.382+M 5.949+02 r.397 +04 5.743+02

t.427 +04 5.387 +02 1.442+04 5.234+02 1.457 +04 5.085+02

L.487 +04 4.7M+02 1.488 +04 4.782+02 1502+04 4.649+02

t.543+04 4.288+02 1.563+04 4.L3t+02 1.583 +04 3.974+02

r.623+04 3.694+02 1.623+04 3.690+02 1.642+04 3.566+02

1.683 +04 3.319+02 1.703+04 3.202+02 1.723+04 3.093+02

1.763+04 2.879+02 1.763+04 2.875+02 1.783+04 2.786+02

1.823+04 2.6A4+02 1.843 +04 2.53r+02 1.863 +M 2.448+02

1.883 +04 2.369+02 1.903 +04 2.303+02 1.923+04 2.226+02

1.962+04 2.097 +02 t.982+04 2.031+02 2.003+04 I .972+02

eV, barnS per atom pairs 6 pts ref : 001Ba0l

8.048 +03 2.922 +03 8. 906 +03 2.t72+03 t.7 48 +04 2.933 +02 1.961 +04 2.093 +02

2.2t6+04 1.467 +02 2.495 +04 1.045 +04

/, - 16, S eV, barns Per atom Pairs

6.400+03 9.263 +03 8.041 +03 5.042+03

Z - 20, Ca eV, barns Per atom Pairs

6.400+03 2.103+04 8.041 +03 1. l2l+04

2 pts ref : 97Ke01

2 pts ref : 97Ke01

l- 20,ca eV, barns per atom pairs 5 pts ref : 003Te01

5.110+05 5.831 +00 6.620+05 5.242+N 1.170+06 3.909+00 1.280+06 3.758+00

1.330+06 3.650+00

Z - 22, Ti eV, barns per atom pairs 4 pts ref : 0014n01

t.744+04 1.900+03 2.2t0+04 9.000+02 3.206+04 3.310+02 4.423+04 1 .320+02

Z - 23, V eV, barns Per atom Pahs

6.400+03 3.7 15 +04 8.041 +03 2.152+04

17

2 pts ref : 97Ke01
/, : 29, Cu

5.895 +03 r.262+04

1.440+04 8.480+03

5.201+04 2.560+02

8.100+04 7.700+01

l- 29,Cu

6.400+03 1.015+04

/. - 29, Cn

8.871+03 4.009+03

9.013 +03 3. 157 +O4

9.053+03 3.050+04

9.093+03 3.071+04

9.133+03 3.225+04

9.333+03 2.857+04

9,835 +03 2.427 +04

1.064+04 1.964+04

1.145 +04 t.612+04

1.245+04 1.287 +04

1.326+04 1.086+04

t.407 +04 9.277 +03

t.487 +04 7.977 +03

1.548+04 7.t7t+03

1.568+04 6.934+03

1.648+04 6.053+03

t.729+04 5.317+03

t.770+04 4.995+03

1.850+04 4.423+03

1.891 +04 4.167 +03

1.968+04 3.733+03

/, - 29, Cu

2.2t0+04 2.570+03

4.423+04 3.730+02

/, : 29, Cu

9.620+06 3.269+00

1.061 +07 3.297 +00

1.150+07 3.326+00

t.486+07 3.453+00

1.587+07 3.537+00

t.687 +07 3.605+00

1.788+07 3.622+00

eV, barns per atom pairs

8.041+03 5.487+03

eV, barns per atom pairs

2 pts ref : 97Ke01

84 pts ref : 001Ch01

eV, barns per atom pairs 14 pts rêf : 002Ma0l

6.400+03 1.007+04 8.041+03 5.389+03 1.053+04 1.989+04

2.414+04 2.077 +03 3.080+04 1.070+03 3.500+04 7 .550+02

6.430+04 1.440+02 7.083+04 1.110+02 7.287 +04 r.020+02

8.430+04 6.900+01

8.972+03 4.154+03 8.982+03 1.844+04 9.003+03 3.179+04

9.023+03 2.962+04 9.033+03 3.329+04 9.043+03 3.016+04

9.063+03 3. tt7 +04 9.073+03 3.254+04 9.083 +03 3.284+04

9.103+03 2.930+04 9.113+03 3.009+04 9.123+03 3.096+04

9.183+03 3.064+04 9.233+03 2.994+04 9.283+03 2.867 +U

9.384+03 2.823+04 9.434+03 2.759+04 9.634+03 2.585+04

9. 836 +03 2.437 +04 1.004 +04 2.297 +04 1.044 +04 2.068 +04

1.084+04 1.866+04 1.104+04 t.775+04 1.125+04 r.692+04

1.165+04 1.540+04 1.185+04 t.470+04 1.205+04 1.406+04

1.266+04 1.233+04 1.286+04 1.180+04 1.306+04 1.133+04

1.346+04 1.044+04 1.366+04 1.002+04 r.386+04 9.639+03

1.427 +04 8.931+03 1.447 +04 8.592+03 1.467 +04 8.289+03

1.507+04 7.705+03 1.527 +04 7 .424+03 1.547 +04 7. 181 +03

1.558+04 7.045+03 1.568+04 6.931+03 1.568+04 6.933+03

1.588+04 6.691+03 1.608+04 6.475+03 1.628+04 6.254+03

1.669+04 5.848+03 1.689+04 5.670+03 1.709+04 5.483+03

1.750+04 4.876+03 1.770+04 5.001+03 1.770+04 5.002+03

1.790+04 4.841+03 1.810+04 4,698+03 1.830+04 4.554+03

1.871 +04 4.297 +03 1.871 +M 4.297 +03 1.871 +04 4.293+03

1.910+04 4.049+03 1.930+04 3.938+03 1.949+04 3.830+03

1.986+04 3.643+03 2.003+04 3.562+03 2.A$ +04 3.561+03

eV, barns per atom pairs 6 pts ref : 00lAn01

2.499+04 1.830+03 3.206+04 9.240+02 3.665+04 7.100+02

5.065 +04 2.500+02

eV, barns per atom pairs 47 pts ref : 78ci0l

9.870+06 3.282+00 1.013+07 3.289+00 1.037+07 3.291+00

1.086+07 3.305+00 t.llz+o7 3.315+00 1.134+07 3.322+00

r.4t7 +07 3.446+00 t.440+07 3.458+00 1.464+07 3.454+00

r.514+07 3.495+00 1.537 +07 3.498+00 1.560+07 3.530+00

1.610+07 3.553+00 1.635+07 3.570+00 1.664+07 3.587+00

r.7tt+07 3.6t1+00 1.736+07 3.611+00 1.761+07 3.634+00

1.814+07 3.618+00 1.839+07 3.643+00 1.864+07 3,659+00

19
I - 40,2r

t.722+04 2.448+03

1.786+04 1.527 +03

1.825+04 3.946+03

z- 41,Nb

t.337 +04 5.500+03

2.2t0+04 9.400+03

4.423+04 1.420+03

l- 41,Nb

1.857+04 2.055+03

1.896+04 6.117+03

2.01r+04 1.202+04

/, - 41, Nb

4.300+04 1.549+03

I - 42,Mo

6.400+03 4.59t+04

/. - 42, Mo

t.337 +04 6.200+03

l: 42,Mo

1.966+04 1.333+03

2.011+04 5.297 +03

l: 42,Mo

5.950+04 6.872+02

I - 42,Mo

5.110+05 1.403+01

1.330+06 8.001+00

z- 45,Rh

t.337 +04 9.100+03

2.210+04 2.100+03

5.065 +04 1.470+03

l- 45,Rh

5.110+05 1.501+01

r.330+06 8.488+00

eV, barns per atom pairs

5.950+04 7.337 +02

eV, barns per atom pairs

8.041+43 2.524+04

eV, barns per atom pairs

eV, barns per atom pairs

eV, barns per atom pairs

2 pts ref : 97Ro0l

2 pts ref : 97Ke01

3 pts ref : 00lAn01

I pt rêf: 97Ro01

5 pts rêf : 003Te01

eV, barns per atom pairs 12 pts r€f : 002Ta01

t.748+04 2.081+03 1.767 +04 1.913+03 1.780+04 1.447 +03

1.799+04 1.643+03 1.806+04 1.846+03 1.818 +04 2.243+03

1.838+04 1.247+04 1.876+04 1.260+04 1.934+04 1.272+04

eV, barns per atom pairs 10 pts ref : 001An0l

1.497 +04 4.200+03 1.744+04 2.650+03 t.963+04 1.130+04

2.499+04 6.810+03 3.206+04 3.400+03 3.665+04 2.390+03

5.065+04 9.800+02

eV, barns per atom pairs 9 pts ref : 002Ta01

1.870+04 1.884+03 1.876+04 2.093+03 1.883 +04 2.329+03

t.902+04 1.247 +04 1.928+04 1.569+04 1.966+04 1.208 +04

1.497 +04 3.900+03 1.744+04 2.930+03

eV, barns per atom pairs 8 pts ref : 002Ta01

1.985+04 1.550+03 1.998+04 1.585+03 2.005+04 3.298+03

2.018+04 9.415+03 2.030+04 1.184+04 2.056+04 1,255+04

6.620+05 r.168+01 1.170+06 8.850+00 1.280+06 8.122+00

eV, barns per atom pairs 9 pts ref : 00lAn01

1.497+04 6.900+03 1.744+04 4.000+03 t.963+04 2.890+03

3.206+04 4.750+03 3.665+04 3.300+03 4.423+04 2.020+03

eV, barns per atom pairs 5 pts ref : 003Te01

6.620+05 1.260+01 1.170+06 9.255+00 1.280+06 8.645+00

2t
l- 50,sn

9.620+06 7.64t+00

1.061+07 7.822+00

1.158+07 8.028+00

t.261+07 8.210+00

1.361+07 8.438+00

1.464+07 8.662+00

1.560+07 8.860+00

1.664+07 8.974+00

1.761+07 9.078+00

1.864+07 9.156+00

1.962+07 9.248+00

2.057 +07 9.398+00

2.157 +07 9.484+00

2.264+07 9.600+07

2.365+07 9.668+00

2.464+07 9.787 +00

2.556+07 9.880+00

2.656+07 9.982+00

2.757 +07 1.006+01

2.856+07 1.012+01

2.958+07 1.033+01

3.068+07 1.037+01

3.161+07 1.035+01

3.262+07 1.046+01

3.360+07 1.060+01

3.466+07 1.067+01

3.573+07 1.068+01

3.679+07 1.084+01

4.939+07 1.160+01

5.136+07 1.161+01

5.340+07 1.175+01

t.025+08 1.347+01

z- 54,Xe

8.600+0r 1.960+07

1.050+02 2.710+07

r.350+02 5.360+06

1.417 +02 3.970+06

r.443+02 2.880+06

1.500+02 2.180+06

1.900+02 9.010+05

2.157 +021.200+06

2.500+02 1.470+06

eV, barns per atom pairs 128 pts ref = 78Gi01

9.870+06 7.686+00 1.013 +07 7,740+00 1.037 +07 7.776+00

1.087+07 7.870+00 I.tt2+07 7.902+00 1.136+07 7.973+00

1.r86+07 8.060+00 t.2t0+07 8.091+00 1.234+07 8.168+00

1.286+07 8.279+00 1.311+07 8.325+00 1.336+07 8.402+00

1.387+07 8.486+00 1.411+07 8.555+00 t.439+07 8.617+00

t.487 +07 8.757+00 t.512+07 8.785+00 1.537 +07 8.800+00

1.585+07 8.913+00 \.6tl+07 8.896+00 1.635+07 8.928+00

1.688+07 9.013+00 L.7tO+07 9.043+00 1.735+07 9.078+00

1.790+07 9.098+00 1.814+07 9.091+00 r.839+07 9.\44+m

1.888+07 9.179+00 1.9t2+07 9.229+00 1.936+07 9.219+00

1.988+07 9.27s+00 2.015+07 9.290+00 2.037 +07 9.361+00

2.086+07 9392+00 2.tr4+07 9.42t+00 2.136+07 5.418+00

2.180+07 9.506+00 2.207 +07 9.508+00 2.236+07 9.537+00

2.279+07 9.595+00 2.308+07 9.ó54+00 2.337 +07 9.625+00

2.383+07 9.700+W 2.405+07 9.704+00 2.433+07 9.736+00

2.490+07 9.842+00 2.515+07 9.876+00 2.528+07 9.825+00

2.583+07 9.882+00 2.6t2+07 9.965+00 2.630+07 9.978+00

2.683+07 1.003+0r 2.710+07 1.000+01 2.737+07 1.004+01

2.783+07 1.013+01 2.811+07 1.013+01 2.æ9+A7 1.014+01

2.884+07 1.017+01 2.913+07 1.018+01 2.942+07 t.024+01

2.985+07 1.031+01 3.015+07 1.033+01 3.045+07 1.028+01

3.085+07 1.036+01 3.1,12+07 1.032+01 3.139+07 1.039+01

3.186+07 1.046+01 3.211+07 t.042+0t 3.238+07 1.052+01

3.278+07 1.061+01 3.308+07 1.050+01 3.339+07 1.056+01

3.377+07 1.056+01 3.4t0+07 1.064+01 3.443+07 1.059+01

3.479+07 1.064+01 3.5t2+07 1.060+01 3.545+07 1.067+01

3.582+07 1.072+01 3.615+07 1.081+01 3.647+07 1.092+01

4.790+07 1.150+01 4.840+07 1.165+01 4.889+07 1.160+01

4.987+07 1.165+01 5.037+07 1.163+01 5.087+07 1.168+01

5.185+07 1.173+01 5.238+07 1.168+01 5.286+07 1.173+01

5.388+07 1.175+01 1.004+08 1.335+01 1.013+08 1.343+01

1.035+08 1.351+01 1.046+08 1.335+01 1.056+08 1.350+01

eV, barns per atom pairs 110 pts ref : 003Su01

9.000+01 2.420+07 9.500+01 2.760+07 1.000+02 2.870+07

1.100+02 2.380+07 1.200+02 1.500+07 1.300+02 7.830+06

1.400+02 3.570+06 t.4t0+02 3.400+06 r.414+02 3.600+06

t.424+02 3.370+06 1.433+02 2.830+06 1.439+02 3.150+06

t.450 + 02 2. 850 + 06 L460 + 02 2.630 + 06 t . 47 0 + 02 2.540 +06

1.600+02 1.360+06 1.700+02 9.890+05 1.800+02 8.790+05

2.000 +02 9. 730 +05 2.099 +02 1. 100 +06 2.rt0 +02 1 . 1s0 +06

2.200 +02 1.220 +06 2.300 +02 I . 3 10 +06 2.4W +02 1. 390 +06

2.600+02 1.530+06 2.700+02 1.570+06 2.8W+02 1.590+06
/, - 60, Nd eV, barns per atom pairs 12 pts ref : N2Ma02

8.041 +03 9.657 +04 1.053 +04.4.757 +04 1.440+04 2.092+04 2.414+04 5.260+03

3.080+04 2.740+03 3.500+04 1.960+03 5.201+04 3.560+03 6.430+04 2.050+03

7.083+04 1.600+03 7.287+04 1.480+03 8.100+04 r.120+03 8.430+04 1.000+03

Z - 62, Sm eV, barns per atom pairs 11 pts ref : 002Ma02

r.053+04 5.391 +04 t.440+04 2.374+04 2.41.4+04 6.010+03 3.080+04 3. 160+03

3. 500 +04 2.220 + 03 5.201+04 3. 990 +03 6.430 +04 2.250 +03 7.083 +04 1 . 800 +03

7.287+04 1.660+03 8.100+04 1.260+03 8.430+04 1.130+03

I - 63, Eu eV, barns per atom pairs I pt ref : 99Ka01

5.954+04 2.872+03

I - 64, Gd eV, barns per atom pairs ll pts r€f : O02Ma02

1.053+04 6.059+04 1.440+04 2.690+04 2.414+04 6.920+03 3.080+04 3.600+03

3.500+04 2.550+03 5.201+04 4.550+03 6.430+04 2.570+03 7.083+04 2.000+03

7.287+04 1.860+03 8.100+04 1.400+03 8.430+04 1.260+03

I - 64, Gd eV, barns per atom pairs 1 pt ref : 97Ro01

5.9s0+04 3.462+03

I : 64, Gd eV, barns per atom pairs I pt ref : 99Ka0l

5.954+04 3.050+03

/, - 64, Gd eV, barns per atom pairs 1 pt ref : 96Er0l

5.960+04 3.071+03

/, - 65, Tb eV, barns per atom pairs I pt ref : 99Ka0l

5.954+04 3.178+03

I - 65, Tb eV, barns per atom pairs 1 pt ref : 96ErOl

5.960+04 3.086+03

/, - 66, Dy eV, barns per atom pairs 11 pts ref = 002Ma02

1.053+04 6.831+04 1.440+04 3.000+04 2.414+04 7.720+03 3.080+04 4.060+03

3. 500 +04 2.900 +03 5.20t+04 1 .040 +03 6.430 +04 2. 840 +03 7.083 +04 2.220 +03

7 .287 +04 2. 100+03 8. 100+04 1.570+03 8.430+04 1.410+03

Z - 66, Dy eV, barns per atom pairs 1 pt ref : 97Ro01

4.300+o+ 1.497 +43

Z - 66, Dy eV, barns per atom pairs 1 pt ref : 99Ka01

59s4+04 3.396+03

25
r.79t+03 7.174+05

1.801+03 7.388+05

1.811+03 8.210+05

t.82t+03 9.061+05

1.831 +03 9.921+05

1.840+03 9.966+05

1.851+03 1.005+06

1.861+03 1.017+06

1.871+03 1.032+06

1.881+03 1.044+06

1.891+03 1.037+06

1.901+03 1.033+06

1.911+03 1.026+06

t.921+03 1.023+06

1.931+03 1.021+06

r.941+03 1.023+06

1.951+03 1.007+06

t.96t+03 9.986+05

1.971+03 9.940+05

1.981+03 9.870+05

1.991+03 9.843+05

2.001+03 9.841+05

2.0tt+03 9.666+05

2.02t+03 9.578+05

2.031+03 9.461+05

2.041+03 9.378+05

2.05t+03 9.315+05

2.061+03 9.128+05

2.07t+03 9.154+05

2.081+03 9.022+05

2.09t+03 8.943+05

2.101+03 8.861+05

2.ttl+03 8.843+05

2.L21+03 8.753+05

2.t3t+03 8.669+05

2.t41+03 8.611+05

2.t5t+03 8.466+05

2.161+03 8.503+05

2.t7r+03 8.440+05

2.181+03 8.616+05

2.19t+03 9.999+05

2.20t+03 9.755+05

2.2tr+03 9.347 +05

2.221,+03 9.164+05

t.793+03 7.197 +O5

1.803+03 7.686+05

1.813+03 8.342+05

t.823+03 9.307+05

1.833+03 9.943+05

1.843+03 9.980+05

1.853+03 1.002+06

1.863+03 1.021+06

r.873+03 1,039+06

1.883+03 1.040+06

1.893+03 1.031+06

1.903+03 1.031+06

1.913+03 1.020+06

r.923+03 1.026+06

r.933+03 1.023+06

1.943+03 1.018+06

1.953+03 9.938+05

t.963+03 9.948+05

t.973+03 9.846+05

1.983+03 9.835+05

r.993+03 9.772+05

2.003+03 9.750+05

2.013+03 9.658+05

2.023+03 9.548+05

2.033+03 9.449+05

2.043+03 9.337+05

2.053+03 9.291+05

2.063+03 9.157+05

2'.073+03 9.039+05

2.083+03 9.024+05

2.093+03 8.916+05

2.103+03 8.872+05

2.tt3+03 8.791+05

2.t23+03 8.767+05

2.t33+03 8.666+05

2.143+03 8.592+05

2.153+03 8.541+05

2.t63+03 8.460+05

2.173+03 8.459+05

2.183+03 8.695+05

2.193+03 1.030+06

2.203+03 9.604+05

2.213+03 9.252+05

2.223+03 9.156+05

1,.796+03 7.241+05

1.806+03 7.887+05

1.816+03 8.579+05

1.826+03 9.647 +05

1.836+03 9.949+05

1.846+03 9.935+05

1.856+03 1.015+06

1.866+03 1.019+06

1.876+03 1.039+06

1.886+03 r.042+06

1.896+03 1.033+06

1.906+03 1.034+06

1.916+03 1.017+06

1.926+03 t.024+06

1.936+03 1.022+06

1.946+03 1.013+06

1.956+03 1.005+06

1.966+03 9.953+05

L.976+03 9.793+05

1.986+03 9.876+05

1.996+03 9.821+05

2.006+03 9.675+05

2.016+03 9.551+05

2.026+03 9.521+05

2.036+03 9.381+05

2.046+03 9.325+05

2.056+03 9.236+05

2.066+03 9.141+05

2.076+03 9.080+05

2.086+03 8.938+05

2.096+03 8.895+05

2.106+03 8.835+05

2.116+03 8.776+05

2.126+03 8.675+05

2.L36+03 8.692+05

2.L46+03 8.578+05

2.t56+03 8.521+05

2.166+03 8.510+05

2.L76+03 8.480+05

2.186+03 9.035+05

2.196+03 1.026+06

2.206+03 9.485+05

2.216+03 9.274+05

2.226+03 9.057+05

27

t.798+03 7.311+05

1.808+03 8.041+05

1.8r8+03 8.777 +05

1.828+03 9.816+05

1.838+03 1.003+06

1.848+03 9.961+05

1.858+03 1.014+06

1.868+03 1.032+06

1.878+03 1.038+06

1.888+03 1.036+06

1.898+03 1.041+06

1.908+03 1.020+06

1.918+03 1.025+06

1.928+03 t.024+06

1.938+03 1.020+06

1.948+03 1.016+06

1.958+03 1.001+06

1.968+03 9.879+05

1.978+03 9.891+05

1.988+03 9.813+05

1.998+03 9.790+05

2.008+03 9.637 +05

2.018+03 9.593+05

2.028+03 9.508+05

2.038+03 9.378+05

2.048+03 9.369+05

2.058+03 9.24t+05

2.068+03 9.153+05

2.078+03 9.042+05

2.088+03 9.002+05

2.098+03 8.913+05

2.108+03 8.793+05

2.118+03 8.730+05

2.128+03 8.683+05

2.138+03 8.595+05

2.148+03 8.630+05

2.158+03 8.502+05

2.168+03 8.482+05

2.t78+03 8.541+05

2.r88+03 9.405+05

2.198+03 1.002+06

2.208+03 9.422+05

2.218+03 9.181+05

2.228+03 9.062+05
7.483+07 2.482+01

7.747 +07 2.519+01

8.109+07 2.520+01

9.654+07 2.613+01

1.005 +08 2.622+01

1.045+08 2.627 +01

1.085+08 2.643+01

1.164+08 2.705+Ol

1.206+08 2.724+01

r.245+08 2.727 +01

1.301+08 2.708+01

1.480+08 2.797 +01

1.560+08 2.815+01

/,: 74,W

r.453+03 5.889+05

r.493+03 5.539+05

1.533+03 5.213+05

1.573+03 4.810+05

1.613+03 4.605+05

1.653+03 4.483+05

t.693+03 4.008+05

1.733+03 3.745+05

t.76t+03 3.510+05

1.781+03 3.431+05

1.801+03 3.420+05

1.806+03 3.644+05

1.810+03 3.682+05

1.814+03 3.689+05

1.8r8+03 3.973+05

r.822+03 4371+05

1.826+03 4.859+05

1.830+03 5.212+05

1.834+03 5.719+05

1.838+03 6.058+05

1.842+03 6.746+05

1.846+03 7.428+05

1.850+03 7.466+05

1.854+03 7.586+05

1.858+03 8.004+05

r.862+03 8.024+05

1.866+03 7.903+05

1.870+03 7.852+05

1.874+03 8.030+05

7 .525+07 2.501+01 7.555+07 2.496+01 7 .652+07 2.504+01

7.850+07 2.513+01 7.949+07 2.519+01 8.028+07 2.528+01

9.356+07 2.597 +Or 9.456+07 2.617 +07 9.555+07 2.603+01

9.753+O7 2.619+01 9.851+07 2.63t+01 9.952+07 2.615+01

1.015+08 2.624+01 1.025+08 2.618+01 1.034+08 2.635+01

1.055+08 2.636+01 1.065+08 2.630+01 1.075+08 2.675+0r

1. 131 +08 2.677 +01 1.142+08 2.665+01 1.153+08 2.719+01

1.174+08 2.715+01 1.185+08 2.706+01 1.196+08 2.712+01

1.2t3+08 2.725+U r.222+08 2.726+01 r.234+08 2.729+01

1. 256 +08 2.7 40 +OL 1.261 +08 2.7 42 +01 1.283 +08 2.7 54 +01

1.426+08 2.765+01 1.440+08 2.779+01 1.460+08 2.778+01,

1.499+08 2.806+01 1.520+08 2.808+01 r.541+08 2.798+01

1.579+08 2.818+01 1.598+08 2.816+01 1.618+08 2.830+01

eV, barns per atom pairs 502 pts ref : 003le0l

t.463+03 5.810+05 1.473+03 5.753+05 1.483+03 5.611+05

1.503+03 5.503+05 1.513+03 5.361+05 1..523+03 5.310+05

1.543+03 5.084+05 1.553+03 4.994+05 1.563+03 5.022+05

1.583+03 4.892+05 1.593 +03 4.740+05 1.603+03 4.681+05

t.623+03 4.507+05 1.633+03 4.478+05 1.643+03 4.331+05

t.663+O3 4.234+05 1.673+03 4.189+05 1.683+03 4.059+05

r.703+03 3.981+05 1.713+03 3.930+05 1.723+03 3.816+05

t.743+03 3.657+05 7.753+03 3.660+05 1.756+03 3.394+05

t.766+03 3.467 +05 1.771+03 3.373+05 1.776+03 3.369+05

1.786+03 3.431+05 1.79r+03 3.326+05 1.796+03 3.314+05

1.803+03 3.709+05 1.804+03 3.652+A5 1.805+03 3.671+05

1.807+03 3.601+05 1.808+03 3.682+05 1.809+03 3.659+05

1.811+03 3.771+05 1.812+03 3.615+05 1.813+03 3.728+05

1.815+03 3.789+05 1.816+03 3.815+05 1.817+03 3.843+05

1.819+03 4.103+05 1.820+03 4.270+05 1.82t+03 4.363+05

1.823+03 4.668+05 1.824+03 4.716+05 1.825+03 4.789+05

t.827 +03 4.937 +05 1.828+03 5.088+05 1.829+03 5.192+05

1.831+03 5.381+05 1.832+03 5.435+05 1.833+03 5.554+05

1.835+03 5.846+05 1.836+03 5.911+05 1.837+03 5.984+05

1.839+03 6.200+05 1.840+03 6.280+05 1.841+03 6.344+05

1.843+03 6.967+05 1.844+03 7.198+05 1.845+03 7.423+05

t.847+03 7.468+05 1.848+03 7.551+05 1.849+03 7.462+05

1.851+03 7.466+05 1.852+03 7.432+05 1.853 +03 7.445+05

1.855+03 7.747+05 1.856+03 7.862+05 1.857+03 7.887+05

1.859+03 8.066+05 1.860+03 8.027+05 1.861+03 8.097+05

1.863 +03 7.957+05 1.864+03 8.053+05 1.865+03 7.880+05

1.867+03 7.867+05 1.868+03 7.915+05 1.869+03 7.742+05

t.87t+03 7.891 +05 1,.872+03 7 .877 +05 1.873+03 8.009+05

1.875+03 7.966+05 1.876+03 8.050+05 r.877+03 8.013+05
2.046+03 1.103+06

2.049+03 1.089+06

2.052+03 1.094+06

2.056+03 1.079+06

2.059+03 1.078+06

2.062+03 1.063+06

2.066+03 1.062+06

2.069+03 1.044+06

2.072+03 1.043+06

2.076+03 1.030+06

2.079+03 1.068+06

2.082+03 1.084+06

2.086+03 1.067+06

2.089+03 1.079+06

2.092+03 1.070+06

2.096+03 1.070+06

2.099+03 1.076+06

2.102+03 1.063+06

2.106+03 1.059+06

2.t09+03 1.039+06

2.tr2+03 1.030+06

2.1t6+03 1.037+06

2.rr9+03 1.023+06

2.t22+03 1.018+06

2.126+03 t.024+06

2.n9+A3 1.011+06

2.132+03 1.004+06

2J36+03 1.006+06

2.139+03 9.826+05

2.142+03 9.911+05

2.146+03 1.003+06

2.149+03 9.887+05

2.152+03 9.924+05

2.t6t+03 1.013+06

2.171+03 1.004+06

2.181+03 9.964+05

2.191+03 9.759+05

2.20r+03 9.708+05

2.211.+03 9.574+05

2.221,+03 9.580+05

2.23t+03 9.498+05

2.241+03 9.417+05

2.251+03 9.322+05

2.261+03 9.378+05

2.046+03 1.091+06

2.050+03 1.092+06

2.053+03 1.084+06

2.056+03 1.070+06

2.060+03 1.071+06

2.063+03 1.060+06

2.066+03 1.060+06

2.070+03 1.042+06

2.073+03 1.046+06

2.076+03 1.058+06

2.080+03 1.072+06

2.083+03 1.082+06

2.086+03 1.076+06

2.090+03 1.079+06

2.093+03 1.072+06

2.096'+03 1.069+06

2.100+03 1.066+06

2.t03+03 1.070+06

2.106+03 1.060+06

2.110+03 1.039+06

2.1t3+03 1.040+06

2.t16+03 1.026+06

2.t20+o3 1.017+06

2.123+03 1.020+06

2.t26+03 1.012+06

2.130+03 1.008+06

2.133+03 1.002+06

2.136+03 9.951+05

2.140+03 9.837+05

2.143+03 1.000+06

2.146+03 9.831+05

2.150+03 9.936+05

2.153+03 1.003+06

2.163+03 1.014+06

2.173+03 1.001+06

2.183+03 9.892+05

2.r93+03 9.710+05

2.203+03 9.585+05

2.213+03 9.512+05

2.223+03 9.487+05

2.233+03 9.387+05

2.243+03 9.439+05

2.253+03 9.429+05

2.263+03 9.394+05

2.M7 +03 1.090+06

2.05t+03 1.092+06

2.054+03 1.085+06

2.057+03 1.080+06

2.061+03 1.069+06

2.064+03 1.061+06

2.067 +03 1.053+06

2.071+03 1.045+06

2.074+03 1.047+06

2.077 +03 1.057+06

2.081+03 1.056+06

2.084+03 1.081+06

2.087+03 1.082+06

2.091+03 1.077+06

2.094+03 1.064+06

2.097+03 1.067+06

2.101+03 1.066+06

2.104+03 1.064+06

2.107 +03 1.062+06

2.rtt+03 1.050+06

2Jt4+03 1.032+06

2.tt7+03 1.029+06

2.t2t+03 1.030+06

2.\24+03 1.016+06

2.t27+03 1.011+06

2.r3r+03 1.020+06

2.134+03 9.975+05

2.t37+03 1.003+06

2.1,4t+03 1.009+06

2J44+03 9.878+05

2.t47 +03 9.913+05

2.t51+03 1.003+06

2.t56+03 1.010+06

2.166+03 1.008+06

2.176+03 1.005+06

2.186+03 9.787+05

2J96+03 9.609+05

2.206+03 9.602+05

2.216+03 9.614+05

2.226+03 9.402+05

2.236+03 9.488+05

2.246+03 9.459+05

2.256+03 9.349+05

2.266+03 9.408+05

31

2.048+03 1.100+06

2.051+03 1.085+0ó

2.055+03 1.078+06

2.058+03 1.079+06

2.061+03 1.072+06

2.065+03 1.062+06

2.068+03 1.051+06

2.07t+03 1.043+06

2.075+03 1.060+06

2.078+03 1.053+06

2.081+03 1.080+06

2.085+03 1.083+06

2.088+03 1.079+06

2.091+03 1.080+06

2.095+03 1.068+06

2.098+03 1.069+96

2.t01+03 1.076+06

2.105+03 1.053+06

2.108+03 1.045+06

2.rtL+03 1.039+06

2.115+03 1.020+06

2.118+03 1.032+06

2.121+03 1.017+06

2.125+03 1.005+06

2.128+03 1.012+06

2.131+03 1.006+06

2.t35+03 1.002+06

2.138+03 9.990+05

2.t4t+03 9.894+05

2.145+03 9.968+05

2.148+03 9.991+05

2.151+03 9.866+0s

2.158+03 1.006+06

2.168+03 1.012+06

2.178+03 1.007+06

2.188+03 9.785+05

2.198+03 9.582+05

2.208+03 9.52t+05

2.218+03 9.568+05

2.228+03 9.509+05

2.238+03 9.441+05

2.248+03 9.389+05

2.258+05 9.367 +05

2.268+03 9.484+05
2.364+07 2.257 +Ol

2.463+07 2.295+Ol

2562+07 2.316+01

2.657 +07 2.340+Ol

2.759+07 2.374+01

2,861+07 2.402+Ol

2.961+07 2.424+Ar

3.t77 +07 2.472+01

3.374+07 2.519+0t

3.577 +07 2.547 +01

3.772+07 2.588+01

3.975+07 2.623+OL

4.176+07 2.659+01

4.378+07 2.699.+0t

4.584+07 2.724+0r

4.781+07 2.744+01

4.981+07 2.764+0l

5.183+07 2.810+01

5.386+07 2.843+0r

5.574+07 2.857 +01

5.757 +07 2.873+01

5.97A+07 2.903+01

6.t71+07 2.919+01

6.381+07 2.955+01

6.573+07 2.967 +01

6.779+07 2.999+01

6.980+07 2.993+Ol

7.174+07 3.013+01

7.374+07 3.049+01

7.663+07 3.051+01

8.050+07 3.098+01

8.451+07 3.117+01

8.848+07 3.145+01

9.245+07 3. r77 +Ol

9.649+07 3.187+01

1.004+08 3.215+01

1.044+08 3.245+01

1.086+08 3.260+01

1.128+08 3.293+01

1.163+08 3.287+01

1.204+08 3.316+01

t.246+08 3.338+01

1.319+08 3.362+01

l.399+08 3.397 +01

2.390+07 2.269+01

2.485+07 2.294+01

2.580+07 2.322+Ol

2.682+07 2.342+01

2.786+07 2.369+0t

2.888+07 2.406+01

2.989+07 2.425+01

3.227 +Ot 2.483+01

3.426+07 2.518+01

3.627 +07 2.570+01

3.823+07 2.592+01

4.02t+07 2.630+01

4.223+07 2.66t+01

4.424+07 2.691+01

4.636+07 2.721+Ol

4.829+07 2.756+01

5.033 +07 2.776+01

5.235+07 2.807 +0r

5.440+07 2.845+01

5.616+07 2.854+OL

5.813+07 2.869+01

6.026+07 2.901+01

6.227 +07 2.932+01

6.427+07 2.949+Ol

6.620+07 2.964+01

6.818+07 2.981+01

l.nzo+ol 3.003+01

7.2t5+07 3.036+01

7.422+07 3.049+01

7 .765+07 3.081+01

8.154+07 3.082+01

8.556+07 3.137 +01

8.947 +07 3.148+01

9.348+07 3.188+01

9.751+07 3.198+01

1.014+08 3.227 +Ol

1.055+08 3.254+01

1.097+08 3.255+01

1.136+08 3.299+01

1.174+08 3.305+01

1.2t5+08 3.318+01

1.260+08 3.333+01

1.340+08 3.384+01

t.421,+08 3.404+01

2.413+O7 2.274+0L

2.513+07 2.301+01

2.608+07 2.335+01

2.708+07 2360+0r

2.810+07 2.380+01

2.910+07 2.403+01

3.080+07 2.M8+01

3.277 +07 2.49r+01

3.478+07 2.535+01

3.672+01 2.573+Ot

3.873+07 2.606+01

4.070+w 2.639+0t

4.276+07 2.681+01

4.482+07 2.704+01

4.683 +07 2.740+01

4.877 +07 2.761+01

5.081+07 2.799+01

5.282+07 2.825+01

5.485+07 2.847 +01

5.665+07 2.870+01

5.865+07 2.900+01

6.067+07 2.923+01

6.279+07 2.935+0r

6.467+07 2.969+01

6.674+07 2.979+01

6.876+07 3.011+01

7.079+07 2.999+Ol

7.279+07 3.040+01

7.479+07 3.050+01

7.854+07 3.064+01

8.257+07 3.108+01

8.656+07 3.135+01

9.051 +07 3.151+01

9.454+07 3.178+01

9.842+07 3.203+01

1.024+08 3.233+01

1.065+08 3.269+01

1.107+08 3.287 +01

1.145+08 3.294+01

1.183+08 3.300+01

t.225+08 3.351+01

1.280+08 3.347 +01

1.361+08 3.372+01

1.44t+08 3.415+01

33

2.438+07 2.282+01.

2.536+07 2.310+01

2.63t+07 2.347 +01

2.735+07 2.366+01

2.837 +07 2.390+01

2.937 +07 2.419+01

3.126+07 2.458+01

3.324+07 2.504+01

3.528+07 2.538+01

3.72t+07 2.577 +01

3.923+07 2.617 +01

4.119+07 2.657 +01

4.326+07 2.682+01

4.533+07 2.716+01

4.730+07 2.742+01

4.933+07 2.774+01

5.136+07 2.809+01

5.338+07 2.827 +0r

5.526+07 2.865+01

5.706+07 2.869+01,

5.923+07 2.896+01

6.12t+07 2.922+01

6.328+07 2.940+01

6.523+07 2.946+01

6.726+07 2.974+0t

6.930+07 3.011+01

7.127 +07 3.015+01

7 .335+07 3.031+01

7.55t+07 3.042+0r

7.949+07 3.084+01

8.353 +07 3.111+01

8.749+07 3.124+01

9.150+07 3.163+01

9.551+07 3.181+01

9.940+07 3.206+01

1.035+08 3.229+0r

1.075+08 3.248+0r

1.117+08 3.280+01

1.155+08 3.302+01

1.192+08 3.310+01

t.234+08 3.324+01

1.302+08 3.360+01

1.379+08 3.385+01

1.458+08 3.422+01
57 I'a,

58 Ce

59 Pr

60 Nd

62 Sm

63 Eu

64 Gd

65 Tb

66 Dy

67 Ho

68 Er

70 Yb

73 Ta

74W

78 Pt

79 Al

82 Pb

92U

48 Elements

13

13

13

13

11

1

l4

2

r4

t2

L4

2

426 '50i

2

7

244

_3.

Total Data Points Extracted:3357

35