Hi Alberto,
Thank you for you explanation - Number of secondaries generated in
inelastic interaction per beam particle"
refers only to neutron with energy> 20 MeV.
I have a one question yet.
The numnber of the escaped neutrons scored by USRBDX card in the
boudary between 3 and 4 regions is equal to 42.8 (see attachment) and is
greater than experimental data (38.8+-5%).
What is the reasons? What I have done badly?
Kind reagards
Andrzej
Dnia 26-07-2010, pon o godzinie 06:52 -0700, Alberto Fasso' pisze:
> Sorry, I had not understood that you had MORE neutrons exiting the target
> than produced inside it.
> A likely explanation is the following: in the final statistics of the
> FLUKA standard output,
> "Number of secondaries generated in inelastic interaction per beam
particle"
> refers only to neutron with energy> 20 MeV.
> Produced low-energy neutrons are accounted for separately in the same
part of
> the output.
>
> Alberto
>
>
> On Wed, 21 Jul 2010, Andrzej Wojciechowski wrote:
>
> > Dear Lucia and Alberto
> > Very thanks for your help.
> > Unfortunately problem is not clear for me yet.
> > In my opinion 'Number of secondaries generated in inelastic
> > interaction per beam particle" means all produced particles (37.8
> > neutrons).
> > This number have to be greater or equal than escaped neutrons scored
> > by USRBDX card in the boudary between 3 and 4 regions. The USRBDX card
> > using current option (not fluence) give the results - 42.8 neutrons.
> > (Experimental data 38.8+-5%)
> > Why all produced neutrons (37.8) is less than exited neutrons (42.8)?
> > Im my opinion all neutron are inelastic in this problem.
> > Kind regards
> > Andrzej
> >
> > Dnia 20-07-2010, wto o godzinie 10:51 -0700, Fasso, Alberto pisze:
> >> Dear Andrzej and Lucia,
> >>
> >> the main reason for the difference between neutrons produced and
neutrons exiting from the target
> >> is that not all produced neutrons can escape, but some interact
inside the target, getting absorbed.
> >>
> >> Alberto
> >>
> >> ________________________________________
> >> From: owner-fluka-discuss_at_mi.infn.it
[owner-fluka-discuss_at_mi.infn.it] On Behalf Of Lucia Sarchiapone
[Lucia.Sarchiapone_at_lnl.infn.it]
> >> Sent: Tuesday, July 20, 2010 4:15 AM
> >> To: Andrzej Wojciechowski
> >> Cc: fluka-discuss_at_fluka.org
> >> Subject: Re: p+U reaction
> >>
> >> The main difference is due to the fact that the fluence is a quantity
> >> that takes into account the direction of the particle with respect to
> >> the boundary between the regions. In the manual you can read that the
> >> fluence is weighted with the inverse of the cosine of the angle between
> >> particle direction and normal to the surface.
> >> In principle you can get rid of this weighting factor scoring current
> >> instead of fluence, but you will still find some difference because -I
> >> guess, and I hope that someone corrects me if I'm wrong - with the
> >> USRBDX you are scoring neutrons from all interactions, not just the
> >> inelastic ones.
> >>
> >> Lucia
> >>
> >> On Jul 19, 2010 02:39 PM, Andrzej Wojciechowski<andrzej_at_cyf.gov.pl>
> >> wrote:
> >>
> >>> Dear Lucia
> >>> Do you explain me why the total fluence of neutrons scored with the
> >>> USRBDX estimator, crossing the boundary between region R3 and R4
> >>> is diferent than the "Number of secondaries generated in inelastic
> >>> interaction per beam particle" for neutron?
> >>> Kind regard
> >>> Andrzej
> >>>
> >>> Dnia 15-07-2010, czw o godzinie 14:41 +0200, Lucia Sarchiapone pisze:
> >>> > Dear Andrzej,
> >>> >
> >>> > you are probably looking at the total fluence of neutrons scored
> >>> > with
> >>> > the USRBDX estimator, crossing the boundary between region R3 and
> >>> > R4.
> >>> > In my opinion if you want to look for the number of neutrons
> >>> > generated
> >>> > per primary proton you should look at the standard output file
> >>> > (*.out).
> >>> > In the list called "Number of secondaries generated in inelastic
> >>> > interaction per beam particle" you will find that neutrons are
> >>> > something
> >>> > like 37.8 (depending on the number of primaries you run in the
> >>> > simulation). This value is much closer to the experimental one.
> >>> > Cheers,
> >>> >
> >>> > Lucia
> >>> >
> >>> >
> >>> > On Jul 14, 2010 04:27 PM, Andrzej
Wojciechowski<andrzej_at_cyf.gov.pl>
> >>> > wrote:
> >>> >
> >>> > > Dear FLUKA users
> >>> > > I am traying calculate the total number of neutron produced
during
> >>> > > reaction p+U-238 (see attachment) (1.22GeV)
> >>> > > The experimental result[1] equal to 38.8+-5%,
> >>> > > the calculation result egual to 44.0
> >>> > > What am I doing badly?
> >>> > >
> >>> > > Kind regards
> >>> > > Andrzej
> >>> > >
> >>> > > [1] L. Pienkowski,* F. Goldenbaum, D. Hilscher,=C3=A2? and U.
> >>> > > Jahnke,
> >>> > > Neutron
> >>> > > multiplicity distributions for 1.94 to 5 GeV/c proton-,
> >>> > > antiproton-,
> >>> > > pion-, kaon-,and deuteron-induced spallation reactions on
thin and
> >>> > > thick
> >>> > > targets.PHYSICAL REVIEW C VOLUME 56, NUMBER 4 OCTOBER 1997
> >>>
> >
>
**** p+u ****
Interaction of p beam with U-238 cylinder A.W.
Total primaries run: 200000
Total weight of the primaries run: 200000.
Detector n: 1( 1) num-neut
(Area: 1. cmq,
distr. scored: 8 ,
from reg. 2 to 3,
one way scoring,
current scoring)
Tot. resp. (Part/cmq/pr) 42.80399 +/- 99.00000 %
( --> (Part/pr) 42.80399 +/- 99.00000 % )
**** Different. Fluxes as a function of energy ****
**** (integrated over solid angle) ****
Energy boundaries (GeV):
2.020000
Lowest boundary (GeV): 2.0000000E-02
Flux (Part/GeV/cmq/pr):
1.128606 +/- 99.00000 %
Energy boundaries (GeV):
2.0000000E-02 1.9640300E-02 1.9155400E-02 1.8682500E-02 1.8221200E-02
1.7771300E-02 1.7332500E-02 1.6904600E-02 1.6487200E-02 1.6080100E-02
1.5683100E-02 1.5295900E-02 1.4918300E-02 1.4549900E-02 1.4190700E-02
1.3840300E-02 1.3498600E-02 1.3165300E-02 1.2840200E-02 1.2523200E-02
1.2214000E-02 1.1912500E-02 1.1618300E-02 1.1331500E-02 1.1051700E-02
1.0778800E-02 1.0512700E-02 1.0253200E-02 9.9999998E-03 9.7530996E-03
9.5122904E-03 9.2774397E-03 9.0483697E-03 8.8249696E-03 8.6070802E-03
8.3945701E-03 8.1873098E-03 7.9851598E-03 7.7880099E-03 7.5957198E-03
7.4081798E-03 7.2252699E-03 7.0468802E-03 6.8728901E-03 6.7031998E-03
6.6475999E-03 6.5923799E-03 6.5377001E-03 6.3762800E-03 6.2188501E-03
6.0653100E-03 5.9155500E-03 5.7695000E-03 5.4881200E-03 5.2204598E-03
4.9658502E-03 4.8432499E-03 4.7236700E-03 4.6070400E-03 4.4932901E-03
4.2741499E-03 4.0656999E-03 3.8674099E-03 3.6787901E-03 3.4993801E-03
3.3287101E-03 3.2465300E-03 3.1663701E-03 3.0881900E-03 3.0119400E-03
2.8650500E-03 2.7253199E-03 2.5923999E-03 2.4659701E-03 2.4251300E-03
2.3852000E-03 2.3652499E-03 2.3457000E-03 2.3068599E-03 2.2688799E-03
2.2313001E-03 2.1224800E-03 2.0189700E-03 1.9691200E-03 1.9205000E-03
1.8730800E-03 1.8268300E-03 1.7377400E-03 1.6529900E-03 1.6121800E-03
1.5723699E-03 1.5335500E-03 1.4956900E-03 1.4227401E-03 1.3533500E-03
1.2873500E-03 1.2245600E-03 1.1943300E-03 1.1648400E-03 1.1080300E-03
1.0539900E-03 1.0025901E-03 9.7783399E-04 9.6163998E-04 9.5369201E-04
9.0717903E-04 8.6293602E-04 8.2085002E-04 7.8081700E-04 7.4273598E-04
7.0651202E-04 6.7205500E-04 6.3927902E-04 6.0810102E-04 5.7844300E-04
5.5023201E-04 5.3664698E-04 5.2339700E-04 5.1047403E-04 4.9787102E-04
4.7358900E-04 4.5049199E-04 4.2852099E-04 4.0762199E-04 3.8774201E-04
3.6883200E-04 3.5084400E-04 3.3373301E-04 3.1745600E-04 3.0961799E-04
3.0197401E-04 2.9451799E-04 2.8724599E-04 2.8015400E-04 2.7323700E-04
2.5991100E-04 2.4723500E-04 2.3517800E-04 2.2370800E-04 2.1279699E-04
2.0241900E-04 1.9254700E-04 1.8315599E-04 1.7422400E-04 1.6992200E-04
1.6572700E-04 1.6163501E-04 1.5764400E-04 1.4995600E-04 1.4264201E-04
1.3568600E-04 1.2906799E-04 1.2277300E-04 1.1678600E-04 1.1109000E-04
9.8036500E-05 8.6516899E-05 7.6350902E-05 6.7379500E-05 6.2510902E-05
5.9462200E-05 5.6562199E-05 5.2475199E-05 4.6309200E-05 4.0867701E-05
3.6065601E-05 3.5175199E-05 3.4306700E-05 3.1827800E-05 2.8087899E-05
2.6058400E-05 2.4787500E-05 2.4175501E-05 2.3578599E-05 2.1874899E-05
2.1334799E-05 1.9304500E-05 1.7036200E-05 1.5034400E-05 1.3267800E-05
1.1708800E-05 1.0333000E-05 9.1188203E-06 8.0473301E-06 7.1017398E-06
6.2672698E-06 5.5308401E-06 5.0045101E-06 4.5282700E-06 4.3074201E-06
4.0973500E-06 3.7074401E-06 3.3546301E-06 3.0353899E-06 2.8634900E-06
2.7465401E-06 2.6125899E-06 2.4851699E-06 2.2486699E-06 2.0346799E-06
1.8410600E-06 1.6658601E-06 1.5846100E-06 1.5073300E-06 1.3638900E-06
1.2341000E-06 9.6111603E-07 7.4851800E-07 5.8294700E-07 4.5399901E-07
3.5357499E-07 2.7536399E-07 2.1445400E-07 1.6701701E-07 1.3007300E-07
1.0130100E-07 7.8893301E-08 6.1442101E-08 4.7851199E-08 3.7266499E-08
2.9023200E-08 2.2603301E-08 1.7603501E-08 1.3709600E-08 1.0677000E-08
8.3152898E-09 6.4759500E-09 5.0434799E-09 3.9278598E-09 3.0590199E-09
2.3823701E-09 1.8553900E-09 1.4449800E-09 1.1253500E-09 8.7642499E-10
8.3368101E-10 6.8256001E-10 6.2506200E-10 5.3157900E-10 4.1399401E-10
2.8261499E-10 1.9292901E-10 1.3170399E-10 8.9908601E-11 6.1376598E-11
4.1899099E-11 2.8602700E-11 1.9525799E-11 1.3329400E-11 9.0993801E-12
6.2117499E-12 4.2404799E-12 2.8947901E-12 1.9761499E-12 1.3490300E-12
9.2092198E-13 6.2867300E-13 4.2916701E-13 2.9297300E-13 2.0000000E-13
Lowest boundary (GeV): 1.0000100E-14
Flux (Part/GeV/cmq/pr):
64.88741 +/- 99.00000 % 65.52898 +/- 99.00000 %
69.61303 +/- 99.00000 % 73.80230 +/- 99.00000 %
77.58391 +/- 99.00000 % 81.36964 +/- 99.00000 %
83.34892 +/- 99.00000 % 87.78151 +/- 99.00000 %
91.75878 +/- 99.00000 % 95.75567 +/- 99.00000 %
100.0258 +/- 99.00000 % 106.8061 +/- 99.00000 %
112.9886 +/- 99.00000 % 117.3859 +/- 99.00000 %
122.8168 +/- 99.00000 % 129.1045 +/- 99.00000 %
135.2235 +/- 99.00000 % 141.8333 +/- 99.00000 %
150.5678 +/- 99.00000 % 156.2581 +/- 99.00000 %
166.6335 +/- 99.00000 % 176.5296 +/- 99.00000 %
189.4700 +/- 99.00000 % 202.9307 +/- 99.00000 %
212.8252 +/- 99.00000 % 228.9741 +/- 99.00000 %
242.0424 +/- 99.00000 % 256.7536 +/- 99.00000 %
271.8510 +/- 99.00000 % 288.4016 +/- 99.00000 %
310.0064 +/- 99.00000 % 330.2048 +/- 99.00000 %
348.1424 +/- 99.00000 % 372.0685 +/- 99.00000 %
400.7106 +/- 99.00000 % 434.4302 +/- 99.00000 %
458.3972 +/- 99.00000 % 482.2470 +/- 99.00000 %
512.7932 +/- 99.00000 % 553.9085 +/- 99.00000 %
579.1920 +/- 99.00000 % 621.2512 +/- 99.00000 %
673.1134 +/- 99.00000 % 710.0596 +/- 99.00000 %
745.7734 +/- 99.00000 % 768.1094 +/- 99.00000 %
770.4828 +/- 99.00000 % 810.6183 +/- 99.00000 %
860.7318 +/- 99.00000 % 911.8471 +/- 99.00000 %
964.2428 +/- 99.00000 % 1013.044 +/- 99.00000 %
1093.166 +/- 99.00000 % 1207.726 +/- 99.00000 %
1346.255 +/- 99.00000 % 1425.530 +/- 99.00000 %
1504.390 +/- 99.00000 % 1584.412 +/- 99.00000 %
1648.747 +/- 99.00000 % 1752.304 +/- 99.00000 %
1920.796 +/- 99.00000 % 2102.527 +/- 99.00000 %
2266.329 +/- 99.00000 % 2441.447 +/- 99.00000 %
2640.564 +/- 99.00000 % 2730.166 +/- 99.00000 %
2875.873 +/- 99.00000 % 2946.662 +/- 99.00000 %
3039.672 +/- 99.00000 % 3195.214 +/- 99.00000 %
3386.531 +/- 99.00000 % 3560.412 +/- 99.00000 %
3749.189 +/- 99.00000 % 3900.465 +/- 99.00000 %
3972.827 +/- 99.00000 % 4007.519 +/- 99.00000 %
4051.663 +/- 99.00000 % 4124.099 +/- 99.00000 %
4168.115 +/- 99.00000 % 4276.610 +/- 99.00000 %
4391.197 +/- 99.00000 % 4627.476 +/- 99.00000 %
4783.751 +/- 99.00000 % 4979.227 +/- 99.00000 %
5070.646 +/- 99.00000 % 5271.676 +/- 99.00000 %
5448.984 +/- 99.00000 % 5739.941 +/- 99.00000 %
6010.782 +/- 99.00000 % 6163.401 +/- 99.00000 %
6320.196 +/- 99.00000 % 6559.297 +/- 99.00000 %
6954.901 +/- 99.00000 % 7454.100 +/- 99.00000 %
8071.819 +/- 99.00000 % 8652.413 +/- 99.00000 %
9165.233 +/- 99.00000 % 9502.883 +/- 99.00000 %
10033.18 +/- 99.00000 % 10917.93 +/- 99.00000 %
11886.19 +/- 99.00000 % 12688.44 +/- 99.00000 %
13214.46 +/- 99.00000 % 13441.75 +/- 99.00000 %
14055.43 +/- 99.00000 % 14830.14 +/- 99.00000 %
15568.95 +/- 99.00000 % 16466.17 +/- 99.00000 %
17362.73 +/- 99.00000 % 18398.44 +/- 99.00000 %
19473.11 +/- 99.00000 % 20547.05 +/- 99.00000 %
21266.92 +/- 99.00000 % 22091.85 +/- 99.00000 %
22619.02 +/- 99.00000 % 23143.54 +/- 99.00000 %
23425.66 +/- 99.00000 % 23847.40 +/- 99.00000 %
23943.90 +/- 99.00000 % 24457.83 +/- 99.00000 %
25013.64 +/- 99.00000 % 25327.93 +/- 99.00000 %
25806.98 +/- 99.00000 % 26078.47 +/- 99.00000 %
26403.23 +/- 99.00000 % 26741.72 +/- 99.00000 %
26840.04 +/- 99.00000 % 26881.18 +/- 99.00000 %
26973.08 +/- 99.00000 % 27389.46 +/- 99.00000 %
26863.60 +/- 99.00000 % 27105.34 +/- 99.00000 %
26855.61 +/- 99.00000 % 27274.83 +/- 99.00000 %
27138.30 +/- 99.00000 % 27017.59 +/- 99.00000 %
27140.66 +/- 99.00000 % 26928.95 +/- 99.00000 %
26846.76 +/- 99.00000 % 26862.59 +/- 99.00000 %
26715.46 +/- 99.00000 % 26744.76 +/- 99.00000 %
26305.42 +/- 99.00000 % 26459.79 +/- 99.00000 %
26313.47 +/- 99.00000 % 25760.02 +/- 99.00000 %
25501.13 +/- 99.00000 % 25201.61 +/- 99.00000 %
24541.29 +/- 99.00000 % 24455.15 +/- 99.00000 %
23562.26 +/- 99.00000 % 23623.51 +/- 99.00000 %
22797.73 +/- 99.00000 % 22438.55 +/- 99.00000 %
21342.94 +/- 99.00000 % 20014.15 +/- 99.00000 %
18674.01 +/- 99.00000 % 17265.42 +/- 99.00000 %
16326.05 +/- 99.00000 % 15729.66 +/- 99.00000 %
15201.72 +/- 99.00000 % 14383.41 +/- 99.00000 %
13603.63 +/- 99.00000 % 12939.45 +/- 99.00000 %
11639.70 +/- 99.00000 % 11360.06 +/- 99.00000 %
10921.13 +/- 99.00000 % 10496.59 +/- 99.00000 %
9587.154 +/- 99.00000 % 9056.418 +/- 99.00000 %
8671.021 +/- 99.00000 % 8333.333 +/- 99.00000 %
8569.274 +/- 99.00000 % 7871.104 +/- 99.00000 %
7220.885 +/- 99.00000 % 7136.876 +/- 99.00000 %
6379.227 +/- 99.00000 % 5692.377 +/- 99.00000 %
5490.773 +/- 99.00000 % 5246.954 +/- 99.00000 %
4368.368 +/- 99.00000 % 3883.279 +/- 99.00000 %
3308.477 +/- 99.00000 % 3849.448 +/- 99.00000 %
3331.456 +/- 99.00000 % 2559.646 +/- 99.00000 %
2393.936 +/- 99.00000 % 2152.276 +/- 99.00000 %
2603.577 +/- 99.00000 % 2451.564 +/- 99.00000 %
1949.168 +/- 99.00000 % 1913.211 +/- 99.00000 %
1848.139 +/- 99.00000 % 872.6004 +/- 99.00000 %
2821.719 +/- 99.00000 % 1493.094 +/- 99.00000 %
784.8062 +/- 99.00000 % 1289.641 +/- 99.00000 %
1752.418 +/- 99.00000 % 1317.013 +/- 99.00000 %
1284.247 +/- 99.00000 % 369.2308 +/- 99.00000 %
970.4969 +/- 99.00000 % 1359.453 +/- 99.00000 %
423.7615 +/- 99.00000 % 567.7989 +/- 99.00000 %
587.9642 +/- 99.00000 % 483.1764 +/- 99.00000 %
504.0792 +/- 99.00000 % 697.0446 +/- 99.00000 %
191.7889 +/- 99.00000 % 246.2650 +/- 99.00000 %
0.000000 +/- 0.000000 % 406.0199 +/- 99.00000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 367.8932 +/- 99.00000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 7389.344 +/- 99.00000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
0.000000 +/- 0.000000 % 0.000000 +/- 0.000000 %
**** Cumulative Fluxes as a function of energy ****
**** (integrated over solid angle) ****
Energy boundaries (GeV):
2.020000
Lowest boundary (GeV): 2.0000000E-02
Cumul. Flux (Part/cmq/pr):
2.279785 +/- 99.00000 %
Energy boundaries (GeV):
2.0000000E-02 1.9640300E-02 1.9155400E-02 1.8682500E-02 1.8221200E-02
1.7771300E-02 1.7332500E-02 1.6904600E-02 1.6487200E-02 1.6080100E-02
1.5683100E-02 1.5295900E-02 1.4918300E-02 1.4549900E-02 1.4190700E-02
1.3840300E-02 1.3498600E-02 1.3165300E-02 1.2840200E-02 1.2523200E-02
1.2214000E-02 1.1912500E-02 1.1618300E-02 1.1331500E-02 1.1051700E-02
1.0778800E-02 1.0512700E-02 1.0253200E-02 9.9999998E-03 9.7530996E-03
9.5122904E-03 9.2774397E-03 9.0483697E-03 8.8249696E-03 8.6070802E-03
8.3945701E-03 8.1873098E-03 7.9851598E-03 7.7880099E-03 7.5957198E-03
7.4081798E-03 7.2252699E-03 7.0468802E-03 6.8728901E-03 6.7031998E-03
6.6475999E-03 6.5923799E-03 6.5377001E-03 6.3762800E-03 6.2188501E-03
6.0653100E-03 5.9155500E-03 5.7695000E-03 5.4881200E-03 5.2204598E-03
4.9658502E-03 4.8432499E-03 4.7236700E-03 4.6070400E-03 4.4932901E-03
4.2741499E-03 4.0656999E-03 3.8674099E-03 3.6787901E-03 3.4993801E-03
3.3287101E-03 3.2465300E-03 3.1663701E-03 3.0881900E-03 3.0119400E-03
2.8650500E-03 2.7253199E-03 2.5923999E-03 2.4659701E-03 2.4251300E-03
2.3852000E-03 2.3652499E-03 2.3457000E-03 2.3068599E-03 2.2688799E-03
2.2313001E-03 2.1224800E-03 2.0189700E-03 1.9691200E-03 1.9205000E-03
1.8730800E-03 1.8268300E-03 1.7377400E-03 1.6529900E-03 1.6121800E-03
1.5723699E-03 1.5335500E-03 1.4956900E-03 1.4227401E-03 1.3533500E-03
1.2873500E-03 1.2245600E-03 1.1943300E-03 1.1648400E-03 1.1080300E-03
1.0539900E-03 1.0025901E-03 9.7783399E-04 9.6163998E-04 9.5369201E-04
9.0717903E-04 8.6293602E-04 8.2085002E-04 7.8081700E-04 7.4273598E-04
7.0651202E-04 6.7205500E-04 6.3927902E-04 6.0810102E-04 5.7844300E-04
5.5023201E-04 5.3664698E-04 5.2339700E-04 5.1047403E-04 4.9787102E-04
4.7358900E-04 4.5049199E-04 4.2852099E-04 4.0762199E-04 3.8774201E-04
3.6883200E-04 3.5084400E-04 3.3373301E-04 3.1745600E-04 3.0961799E-04
3.0197401E-04 2.9451799E-04 2.8724599E-04 2.8015400E-04 2.7323700E-04
2.5991100E-04 2.4723500E-04 2.3517800E-04 2.2370800E-04 2.1279699E-04
2.0241900E-04 1.9254700E-04 1.8315599E-04 1.7422400E-04 1.6992200E-04
1.6572700E-04 1.6163501E-04 1.5764400E-04 1.4995600E-04 1.4264201E-04
1.3568600E-04 1.2906799E-04 1.2277300E-04 1.1678600E-04 1.1109000E-04
9.8036500E-05 8.6516899E-05 7.6350902E-05 6.7379500E-05 6.2510902E-05
5.9462200E-05 5.6562199E-05 5.2475199E-05 4.6309200E-05 4.0867701E-05
3.6065601E-05 3.5175199E-05 3.4306700E-05 3.1827800E-05 2.8087899E-05
2.6058400E-05 2.4787500E-05 2.4175501E-05 2.3578599E-05 2.1874899E-05
2.1334799E-05 1.9304500E-05 1.7036200E-05 1.5034400E-05 1.3267800E-05
1.1708800E-05 1.0333000E-05 9.1188203E-06 8.0473301E-06 7.1017398E-06
6.2672698E-06 5.5308401E-06 5.0045101E-06 4.5282700E-06 4.3074201E-06
4.0973500E-06 3.7074401E-06 3.3546301E-06 3.0353899E-06 2.8634900E-06
2.7465401E-06 2.6125899E-06 2.4851699E-06 2.2486699E-06 2.0346799E-06
1.8410600E-06 1.6658601E-06 1.5846100E-06 1.5073300E-06 1.3638900E-06
1.2341000E-06 9.6111603E-07 7.4851800E-07 5.8294700E-07 4.5399901E-07
3.5357499E-07 2.7536399E-07 2.1445400E-07 1.6701701E-07 1.3007300E-07
1.0130100E-07 7.8893301E-08 6.1442101E-08 4.7851199E-08 3.7266499E-08
2.9023200E-08 2.2603301E-08 1.7603501E-08 1.3709600E-08 1.0677000E-08
8.3152898E-09 6.4759500E-09 5.0434799E-09 3.9278598E-09 3.0590199E-09
2.3823701E-09 1.8553900E-09 1.4449800E-09 1.1253500E-09 8.7642499E-10
8.3368101E-10 6.8256001E-10 6.2506200E-10 5.3157900E-10 4.1399401E-10
2.8261499E-10 1.9292901E-10 1.3170399E-10 8.9908601E-11 6.1376598E-11
4.1899099E-11 2.8602700E-11 1.9525799E-11 1.3329400E-11 9.0993801E-12
6.2117499E-12 4.2404799E-12 2.8947901E-12 1.9761499E-12 1.3490300E-12
9.2092198E-13 6.2867300E-13 4.2916701E-13 2.9297300E-13 2.0000000E-13
Lowest boundary (GeV): 1.0000100E-14
Cumul. Flux (Part/cmq/pr):
2.303125 +/- 99.00000 % 2.334900 +/- 99.00000 %
2.367820 +/- 99.00000 % 2.401865 +/- 99.00000 %
2.436770 +/- 99.00000 % 2.472475 +/- 99.00000 %
2.508140 +/- 99.00000 % 2.544780 +/- 99.00000 %
2.582135 +/- 99.00000 % 2.620150 +/- 99.00000 %
2.658880 +/- 99.00000 % 2.699210 +/- 99.00000 %
2.740835 +/- 99.00000 % 2.783000 +/- 99.00000 %
2.826035 +/- 99.00000 % 2.870150 +/- 99.00000 %
2.915220 +/- 99.00000 % 2.961330 +/- 99.00000 %
3.009060 +/- 99.00000 % 3.057375 +/- 99.00000 %
3.107615 +/- 99.00000 % 3.159550 +/- 99.00000 %
3.213890 +/- 99.00000 % 3.270670 +/- 99.00000 %
3.328750 +/- 99.00000 % 3.389680 +/- 99.00000 %
3.452490 +/- 99.00000 % 3.517500 +/- 99.00000 %
3.584620 +/- 99.00000 % 3.654070 +/- 99.00000 %
3.726875 +/- 99.00000 % 3.802515 +/- 99.00000 %
3.880290 +/- 99.00000 % 3.961360 +/- 99.00000 %
4.046515 +/- 99.00000 % 4.136555 +/- 99.00000 %
4.229220 +/- 99.00000 % 4.324295 +/- 99.00000 %
4.422900 +/- 99.00000 % 4.526780 +/- 99.00000 %
4.632720 +/- 99.00000 % 4.743545 +/- 99.00000 %
4.860660 +/- 99.00000 % 4.981150 +/- 99.00000 %
5.022615 +/- 99.00000 % 5.065030 +/- 99.00000 %
5.107160 +/- 99.00000 % 5.238010 +/- 99.00000 %
5.373515 +/- 99.00000 % 5.513520 +/- 99.00000 %
5.657925 +/- 99.00000 % 5.805880 +/- 99.00000 %
6.113475 +/- 99.00000 % 6.436735 +/- 99.00000 %
6.779505 +/- 99.00000 % 6.954275 +/- 99.00000 %
7.134170 +/- 99.00000 % 7.318960 +/- 99.00000 %
7.506505 +/- 99.00000 % 7.890505 +/- 99.00000 %
8.290895 +/- 99.00000 % 8.707806 +/- 99.00000 %
9.135280 +/- 99.00000 % 9.573300 +/- 99.00000 %
10.02396 +/- 99.00000 % 10.24833 +/- 99.00000 %
10.47886 +/- 99.00000 % 10.70923 +/- 99.00000 %
10.94100 +/- 99.00000 % 11.41035 +/- 99.00000 %
11.88355 +/- 99.00000 % 12.35680 +/- 99.00000 %
12.83081 +/- 99.00000 % 12.99011 +/- 99.00000 %
13.14874 +/- 99.00000 % 13.22869 +/- 99.00000 %
13.30790 +/- 99.00000 % 13.46808 +/- 99.00000 %
13.62639 +/- 99.00000 % 13.78710 +/- 99.00000 %
14.26495 +/- 99.00000 % 14.74394 +/- 99.00000 %
14.98241 +/- 99.00000 % 15.22450 +/- 99.00000 %
15.46495 +/- 99.00000 % 15.70877 +/- 99.00000 %
16.19422 +/- 99.00000 % 16.68068 +/- 99.00000 %
16.92598 +/- 99.00000 % 17.17134 +/- 99.00000 %
17.41669 +/- 99.00000 % 17.66503 +/- 99.00000 %
18.17238 +/- 99.00000 % 18.68962 +/- 99.00000 %
19.22237 +/- 99.00000 % 19.76565 +/- 99.00000 %
20.04272 +/- 99.00000 % 20.32296 +/- 99.00000 %
20.89294 +/- 99.00000 % 21.48295 +/- 99.00000 %
22.09389 +/- 99.00000 % 22.40801 +/- 99.00000 %
22.62201 +/- 99.00000 % 22.72884 +/- 99.00000 %
23.38260 +/- 99.00000 % 24.03873 +/- 99.00000 %
24.69397 +/- 99.00000 % 25.35316 +/- 99.00000 %
26.01435 +/- 99.00000 % 26.68081 +/- 99.00000 %
27.35180 +/- 99.00000 % 28.02525 +/- 99.00000 %
28.68830 +/- 99.00000 % 29.34351 +/- 99.00000 %
29.98161 +/- 99.00000 % 30.29602 +/- 99.00000 %
30.60641 +/- 99.00000 % 30.91459 +/- 99.00000 %
31.21635 +/- 99.00000 % 31.81024 +/- 99.00000 %
32.38798 +/- 99.00000 % 32.94446 +/- 99.00000 %
33.48380 +/- 99.00000 % 34.00224 +/- 99.00000 %
34.50152 +/- 99.00000 % 34.98255 +/- 99.00000 %
35.44181 +/- 99.00000 % 35.87936 +/- 99.00000 %
36.09077 +/- 99.00000 % 36.30014 +/- 99.00000 %
36.50043 +/- 99.00000 % 36.69754 +/- 99.00000 %
36.88800 +/- 99.00000 % 37.07666 +/- 99.00000 %
37.43830 +/- 99.00000 % 37.78078 +/- 99.00000 %
38.10802 +/- 99.00000 % 38.41689 +/- 99.00000 %
38.70982 +/- 99.00000 % 38.98859 +/- 99.00000 %
39.25233 +/- 99.00000 % 39.50349 +/- 99.00000 %
39.73845 +/- 99.00000 % 39.85228 +/- 99.00000 %
39.96267 +/- 99.00000 % 40.06808 +/- 99.00000 %
40.16985 +/- 99.00000 % 40.36360 +/- 99.00000 %
40.54309 +/- 99.00000 % 40.71321 +/- 99.00000 %
40.86914 +/- 99.00000 % 41.01785 +/- 99.00000 %
41.15434 +/- 99.00000 % 41.28215 +/- 99.00000 %
41.56075 +/- 99.00000 % 41.79131 +/- 99.00000 %
41.98115 +/- 99.00000 % 42.13604 +/- 99.00000 %
42.21553 +/- 99.00000 % 42.26348 +/- 99.00000 %
42.30757 +/- 99.00000 % 42.36635 +/- 99.00000 %
42.45023 +/- 99.00000 % 42.52064 +/- 99.00000 %
42.57653 +/- 99.00000 % 42.58665 +/- 99.00000 %
42.59613 +/- 99.00000 % 42.62215 +/- 99.00000 %
42.65801 +/- 99.00000 % 42.67639 +/- 99.00000 %
42.68741 +/- 99.00000 % 42.69251 +/- 99.00000 %
42.69762 +/- 99.00000 % 42.71104 +/- 99.00000 %
42.71494 +/- 99.00000 % 42.72943 +/- 99.00000 %
42.74390 +/- 99.00000 % 42.75529 +/- 99.00000 %
42.76499 +/- 99.00000 % 42.77317 +/- 99.00000 %
42.77918 +/- 99.00000 % 42.78390 +/- 99.00000 %
42.78744 +/- 99.00000 % 42.79108 +/- 99.00000 %
42.79386 +/- 99.00000 % 42.79575 +/- 99.00000 %
42.79700 +/- 99.00000 % 42.79803 +/- 99.00000 %
42.79861 +/- 99.00000 % 42.79912 +/- 99.00000 %
42.79988 +/- 99.00000 % 42.80056 +/- 99.00000 %
42.80115 +/- 99.00000 % 42.80130 +/- 99.00000 %
42.80162 +/- 99.00000 % 42.80183 +/- 99.00000 %
42.80193 +/- 99.00000 % 42.80223 +/- 99.00000 %
42.80260 +/- 99.00000 % 42.80286 +/- 99.00000 %
42.80309 +/- 99.00000 % 42.80312 +/- 99.00000 %
42.80319 +/- 99.00000 % 42.80339 +/- 99.00000 %
42.80344 +/- 99.00000 % 42.80360 +/- 99.00000 %
42.80372 +/- 99.00000 % 42.80380 +/- 99.00000 %
42.80387 +/- 99.00000 % 42.80394 +/- 99.00000 %
42.80395 +/- 99.00000 % 42.80397 +/- 99.00000 %
42.80397 +/- 99.00000 % 42.80398 +/- 99.00000 %
42.80398 +/- 99.00000 % 42.80398 +/- 99.00000 %
42.80398 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
42.80399 +/- 99.00000 % 42.80399 +/- 99.00000 %
# Detector n: 1 num-neut (integrated over solid angle)
# N. of energy intervals 261
1.000E-14 2.000E-13 0.000E+00 0.000E+00
2.000E-13 2.930E-13 0.000E+00 0.000E+00
2.930E-13 4.292E-13 0.000E+00 0.000E+00
4.292E-13 6.287E-13 0.000E+00 0.000E+00
6.287E-13 9.209E-13 0.000E+00 0.000E+00
9.209E-13 1.349E-12 0.000E+00 0.000E+00
1.349E-12 1.976E-12 0.000E+00 0.000E+00
1.976E-12 2.895E-12 0.000E+00 0.000E+00
2.895E-12 4.240E-12 0.000E+00 0.000E+00
4.240E-12 6.212E-12 0.000E+00 0.000E+00
6.212E-12 9.099E-12 0.000E+00 0.000E+00
9.099E-12 1.333E-11 0.000E+00 0.000E+00
1.333E-11 1.953E-11 0.000E+00 0.000E+00
1.953E-11 2.860E-11 0.000E+00 0.000E+00
2.860E-11 4.190E-11 0.000E+00 0.000E+00
4.190E-11 6.138E-11 0.000E+00 0.000E+00
6.138E-11 8.991E-11 0.000E+00 0.000E+00
8.991E-11 1.317E-10 0.000E+00 0.000E+00
1.317E-10 1.929E-10 0.000E+00 0.000E+00
1.929E-10 2.826E-10 0.000E+00 0.000E+00
2.826E-10 4.140E-10 0.000E+00 0.000E+00
4.140E-10 5.316E-10 0.000E+00 0.000E+00
5.316E-10 6.251E-10 0.000E+00 0.000E+00
6.251E-10 6.826E-10 0.000E+00 0.000E+00
6.826E-10 8.337E-10 0.000E+00 0.000E+00
8.337E-10 8.764E-10 0.000E+00 0.000E+00
8.764E-10 1.125E-09 0.000E+00 0.000E+00
1.125E-09 1.445E-09 0.000E+00 0.000E+00
1.445E-09 1.855E-09 0.000E+00 0.000E+00
1.855E-09 2.382E-09 0.000E+00 0.000E+00
2.382E-09 3.059E-09 7.389E+03 9.900E+01
3.059E-09 3.928E-09 0.000E+00 0.000E+00
3.928E-09 5.043E-09 0.000E+00 0.000E+00
5.043E-09 6.476E-09 0.000E+00 0.000E+00
6.476E-09 8.315E-09 0.000E+00 0.000E+00
8.315E-09 1.068E-08 0.000E+00 0.000E+00
1.068E-08 1.371E-08 0.000E+00 0.000E+00
1.371E-08 1.760E-08 0.000E+00 0.000E+00
1.760E-08 2.260E-08 0.000E+00 0.000E+00
2.260E-08 2.902E-08 0.000E+00 0.000E+00
2.902E-08 3.727E-08 0.000E+00 0.000E+00
3.727E-08 4.785E-08 0.000E+00 0.000E+00
4.785E-08 6.144E-08 3.679E+02 9.900E+01
6.144E-08 7.889E-08 0.000E+00 0.000E+00
7.889E-08 1.013E-07 0.000E+00 0.000E+00
1.013E-07 1.301E-07 0.000E+00 0.000E+00
1.301E-07 1.670E-07 4.060E+02 9.900E+01
1.670E-07 2.145E-07 0.000E+00 0.000E+00
2.145E-07 2.754E-07 2.463E+02 9.900E+01
2.754E-07 3.536E-07 1.918E+02 9.900E+01
3.536E-07 4.540E-07 6.970E+02 9.900E+01
4.540E-07 5.829E-07 5.041E+02 9.900E+01
5.829E-07 7.485E-07 4.832E+02 9.900E+01
7.485E-07 9.611E-07 5.880E+02 9.900E+01
9.611E-07 1.234E-06 5.678E+02 9.900E+01
1.234E-06 1.364E-06 4.238E+02 9.900E+01
1.364E-06 1.507E-06 1.359E+03 9.900E+01
1.507E-06 1.585E-06 9.705E+02 9.900E+01
1.585E-06 1.666E-06 3.692E+02 9.900E+01
1.666E-06 1.841E-06 1.284E+03 9.900E+01
1.841E-06 2.035E-06 1.317E+03 9.900E+01
2.035E-06 2.249E-06 1.752E+03 9.900E+01
2.249E-06 2.485E-06 1.290E+03 9.900E+01
2.485E-06 2.613E-06 7.848E+02 9.900E+01
2.613E-06 2.747E-06 1.493E+03 9.900E+01
2.747E-06 2.863E-06 2.822E+03 9.900E+01
2.863E-06 3.035E-06 8.726E+02 9.900E+01
3.035E-06 3.355E-06 1.848E+03 9.900E+01
3.355E-06 3.707E-06 1.913E+03 9.900E+01
3.707E-06 4.097E-06 1.949E+03 9.900E+01
4.097E-06 4.307E-06 2.452E+03 9.900E+01
4.307E-06 4.528E-06 2.604E+03 9.900E+01
4.528E-06 5.005E-06 2.152E+03 9.900E+01
5.005E-06 5.531E-06 2.394E+03 9.900E+01
5.531E-06 6.267E-06 2.560E+03 9.900E+01
6.267E-06 7.102E-06 3.331E+03 9.900E+01
7.102E-06 8.047E-06 3.849E+03 9.900E+01
8.047E-06 9.119E-06 3.308E+03 9.900E+01
9.119E-06 1.033E-05 3.883E+03 9.900E+01
1.033E-05 1.171E-05 4.368E+03 9.900E+01
1.171E-05 1.327E-05 5.247E+03 9.900E+01
1.327E-05 1.503E-05 5.491E+03 9.900E+01
1.503E-05 1.704E-05 5.692E+03 9.900E+01
1.704E-05 1.930E-05 6.379E+03 9.900E+01
1.930E-05 2.133E-05 7.137E+03 9.900E+01
2.133E-05 2.187E-05 7.221E+03 9.900E+01
2.187E-05 2.358E-05 7.871E+03 9.900E+01
2.358E-05 2.418E-05 8.569E+03 9.900E+01
2.418E-05 2.479E-05 8.333E+03 9.900E+01
2.479E-05 2.606E-05 8.671E+03 9.900E+01
2.606E-05 2.809E-05 9.056E+03 9.900E+01
2.809E-05 3.183E-05 9.587E+03 9.900E+01
3.183E-05 3.431E-05 1.050E+04 9.900E+01
3.431E-05 3.518E-05 1.092E+04 9.900E+01
3.518E-05 3.607E-05 1.136E+04 9.900E+01
3.607E-05 4.087E-05 1.164E+04 9.900E+01
4.087E-05 4.631E-05 1.294E+04 9.900E+01
4.631E-05 5.248E-05 1.360E+04 9.900E+01
5.248E-05 5.656E-05 1.438E+04 9.900E+01
5.656E-05 5.946E-05 1.520E+04 9.900E+01
5.946E-05 6.251E-05 1.573E+04 9.900E+01
6.251E-05 6.738E-05 1.633E+04 9.900E+01
6.738E-05 7.635E-05 1.727E+04 9.900E+01
7.635E-05 8.652E-05 1.867E+04 9.900E+01
8.652E-05 9.804E-05 2.001E+04 9.900E+01
9.804E-05 1.111E-04 2.134E+04 9.900E+01
1.111E-04 1.168E-04 2.244E+04 9.900E+01
1.168E-04 1.228E-04 2.280E+04 9.900E+01
1.228E-04 1.291E-04 2.362E+04 9.900E+01
1.291E-04 1.357E-04 2.356E+04 9.900E+01
1.357E-04 1.426E-04 2.446E+04 9.900E+01
1.426E-04 1.500E-04 2.454E+04 9.900E+01
1.500E-04 1.576E-04 2.520E+04 9.900E+01
1.576E-04 1.616E-04 2.550E+04 9.900E+01
1.616E-04 1.657E-04 2.576E+04 9.900E+01
1.657E-04 1.699E-04 2.631E+04 9.900E+01
1.699E-04 1.742E-04 2.646E+04 9.900E+01
1.742E-04 1.832E-04 2.631E+04 9.900E+01
1.832E-04 1.925E-04 2.674E+04 9.900E+01
1.925E-04 2.024E-04 2.672E+04 9.900E+01
2.024E-04 2.128E-04 2.686E+04 9.900E+01
2.128E-04 2.237E-04 2.685E+04 9.900E+01
2.237E-04 2.352E-04 2.693E+04 9.900E+01
2.352E-04 2.472E-04 2.714E+04 9.900E+01
2.472E-04 2.599E-04 2.702E+04 9.900E+01
2.599E-04 2.732E-04 2.714E+04 9.900E+01
2.732E-04 2.802E-04 2.727E+04 9.900E+01
2.802E-04 2.872E-04 2.686E+04 9.900E+01
2.872E-04 2.945E-04 2.711E+04 9.900E+01
2.945E-04 3.020E-04 2.686E+04 9.900E+01
3.020E-04 3.096E-04 2.739E+04 9.900E+01
3.096E-04 3.175E-04 2.697E+04 9.900E+01
3.175E-04 3.337E-04 2.688E+04 9.900E+01
3.337E-04 3.508E-04 2.684E+04 9.900E+01
3.508E-04 3.688E-04 2.674E+04 9.900E+01
3.688E-04 3.877E-04 2.640E+04 9.900E+01
3.877E-04 4.076E-04 2.608E+04 9.900E+01
4.076E-04 4.285E-04 2.581E+04 9.900E+01
4.285E-04 4.505E-04 2.533E+04 9.900E+01
4.505E-04 4.736E-04 2.501E+04 9.900E+01
4.736E-04 4.979E-04 2.446E+04 9.900E+01
4.979E-04 5.105E-04 2.394E+04 9.900E+01
5.105E-04 5.234E-04 2.385E+04 9.900E+01
5.234E-04 5.366E-04 2.343E+04 9.900E+01
5.366E-04 5.502E-04 2.314E+04 9.900E+01
5.502E-04 5.784E-04 2.262E+04 9.900E+01
5.784E-04 6.081E-04 2.209E+04 9.900E+01
6.081E-04 6.393E-04 2.127E+04 9.900E+01
6.393E-04 6.721E-04 2.055E+04 9.900E+01
6.721E-04 7.065E-04 1.947E+04 9.900E+01
7.065E-04 7.427E-04 1.840E+04 9.900E+01
7.427E-04 7.808E-04 1.736E+04 9.900E+01
7.808E-04 8.209E-04 1.647E+04 9.900E+01
8.209E-04 8.629E-04 1.557E+04 9.900E+01
8.629E-04 9.072E-04 1.483E+04 9.900E+01
9.072E-04 9.537E-04 1.406E+04 9.900E+01
9.537E-04 9.616E-04 1.344E+04 9.900E+01
9.616E-04 9.778E-04 1.321E+04 9.900E+01
9.778E-04 1.003E-03 1.269E+04 9.900E+01
1.003E-03 1.054E-03 1.189E+04 9.900E+01
1.054E-03 1.108E-03 1.092E+04 9.900E+01
1.108E-03 1.165E-03 1.003E+04 9.900E+01
1.165E-03 1.194E-03 9.503E+03 9.900E+01
1.194E-03 1.225E-03 9.165E+03 9.900E+01
1.225E-03 1.287E-03 8.652E+03 9.900E+01
1.287E-03 1.353E-03 8.072E+03 9.900E+01
1.353E-03 1.423E-03 7.454E+03 9.900E+01
1.423E-03 1.496E-03 6.955E+03 9.900E+01
1.496E-03 1.534E-03 6.559E+03 9.900E+01
1.534E-03 1.572E-03 6.320E+03 9.900E+01
1.572E-03 1.612E-03 6.163E+03 9.900E+01
1.612E-03 1.653E-03 6.011E+03 9.900E+01
1.653E-03 1.738E-03 5.740E+03 9.900E+01
1.738E-03 1.827E-03 5.449E+03 9.900E+01
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This archive was generated by hypermail 2.2.0 : Sat Jul 31 2010 - 12:34:24 CEST