Hi Rob,
I have attached the inlists.
I am also currently running the inlists with your mesa_79.net and I do not
get the hydro failures.
I have attached a copy of the terminal output snapshot for mesa_79.net
Note: I am running mesa on Windows 10 with 4 cores. I therefore cannot use
pgstar, but have written a much more primitive graphics program which I can
use to give visual snapshots as the simulation proceeds.
I also cannot use the mesasdk, but do not think this is the source of the
problem since the installation tests run pretty well with some differences
only in the last couple of decimal places. The test_suite programs run well
too. I wish there was a windows version of this.
Kind regards
Ian
On 12 January 2017 at 12:33, Robert Farmer <rjfarmer at asu.edu> wrote:
> Hi Ian
>
> Can you send me the inlists you've used with your modifications? I've just
> tried myself with 8845 and the model goes slow but because of the
> varcontrol rather than the hydro failures with your logs show.
>
> delta_HR_limit is based on sqrt(delta_logT**2+delta_logL**2) ie the
> motion on the HR track.
>
> Rob
>
>
> On Wed, Jan 11, 2017 at 5:54 PM, Ian Foley <ifoley2008 at gmail.com> wrote:
>
>> Hi,
>>
>> I have tried to use the inlist's that Robert Framer has supplied to run
>> the outputs in his paper. I am using r8845, not r7624 so had to make some
>> minor changes
>>
>> Need help because cannot get past the pre_ms stage.
>>
>> Around step 70, the luminosity starts to go high, the central temperature
>> drops and the timesteps become small eventually causing program to stop. I
>> have tried many variations to the inlists without being able to overcome
>> this and I am not sure why this is happening.
>>
>> In addition, it is puzzling to me how the "delta_HR_limit = 0.0025d0"
>> will work as we are not on the main sequence yet and this inlist entry
>> forces small timesteps in the pre_ms stage.
>>
>> I have encountered this problem before and it seemed to be related to a
>> problem with the reaction net.
>>
>> I have run the inlists with two approx 21 nets
>>
>> new_net_name = 'approx21_plus_co56.net'
>> new_net_name = 'approx21_cr60_plus_co56.net' (Used by Robert Farmer)
>>
>> They both failed, but the terminal outputs are distinctly different
>> making me think that the reaction net is having quite an impact. Or has
>> this to do with the fact that I am using a later release? Or perhaps
>> something else - like I'm doing something wrong.
>>
>> My goal in looking at this is to try to find a way for the Si burning
>> stage to complete with fewer timesteps and so complete quicker. I thought
>> Robert's inlists might give some good clues, but I am stuck at the pre_ms
>> stage.
>>
>> I have attached the terminal outputs from the above two nets.
>> 15M.txt is for 'approx21_plus_co56.net'
>> 15M1.txt is for 'approx21_cr60_plus_co56.net'
>>
>> Kind regards
>> Ian
>>
>>
>>
>>
>> ------------------------------------------------------------
>> ------------------
>> Developer Access Program for Intel Xeon Phi Processors
>> Access to Intel Xeon Phi processor-based developer platforms.
>> With one year of Intel Parallel Studio XE.
>> Training and support from Colfax.
>> Order your platform today. http://sdm.link/xeonphi
>> _______________________________________________
>> mesa-users mailing list
>> mesa-users at lists.sourceforge.net
>> https://lists.sourceforge.net/lists/listinfo/mesa-users
>>
>>
>
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version_number 8845
read inlist_control
read inlist_cluster
The terminal output contains the following information
'step' is the number of steps since the start of the run,
'lg_dt' is log10 timestep in years,
'age_yr' is the simulated years since the start run,
'lg_Tcntr' is log10 center temperature (K),
'lg_Dcntr' is log10 center density (g/cm^3),
'lg_Pcntr' is log10 center pressure (ergs/cm^3),
'Teff' is the surface temperature (K),
'lg_R' is log10 surface radius (Rsun),
'lg_L' is log10 surface luminosity (Lsun),
'lg_LH' is log10 total PP and CNO hydrogen burning power (Lsun),
'lg_L3a' is log10 total triple-alpha helium burning power (Lsun),
'lg_LZ' is log10 total burning power excluding LH and L3a and photodisintegrations (Lsun),
'lg_LNuc' is log10 nuclear power excluding photodisintegration (Lsun),
'lg_LNeu' is log10 total neutrino power (Lsun),
'lg_Psurf' is log10 surface pressure (gas + radiation),
'Mass' is the total stellar baryonic mass (Msun),
'lg_Mdot' is log10 magnitude of rate of change of mass (Msun/year),
'lg_Dsurf' is log10 surface density (g/cm^3),
'H_env' is the amount of mass where H is the most abundant iso,
'He_core' is the largest mass where He is most abundant iso.
'C_core' is the largest mass where C is most abundant iso.
'H_cntr' is the center H1 mass fraction,
'He_cntr' is the center He4 mass fraction,
'C_cntr' is the center C12 mass fraction,
'N_cntr' is the center N14 mass fraction,
'O_cntr' is the center O16 mass fraction,
'Ne_cntr' is the center Ne20 mass fraction,
'X_avg' is the star average hydrogen mass fraction,
'Y_avg' is the star average helium mass fraction,
'Z_avg' is the star average metallicity,
'gam_cntr' is the center plasma interaction parameter,
'eta_cntr' is the center electron degeneracy parameter,
'zones' is the number of zones in the current model,
'iters' is the number of newton iterations for the current step,
'retry' is the number of step retries required during the run,
'bckup' is the number of step backups required during the run,
'dt_limit' is an indication of what limited the timestep.
All this and more are saved in the LOGS directory during the run.
create pre-main-sequence model
species 79
abundances
neut 0.0000000000000000D+00
h1 6.9999999999999996D-01
h2 0.0000000000000000D+00
he3 2.9797635251138618D-05
he4 2.7997020236474884D-01
li7 1.2263514047800725D-08
be7 0.0000000000000000D+00
be9 2.0512287306523406D-10
be10 0.0000000000000000D+00
b8 0.0000000000000000D+00
c12 3.4003348417126654D-03
c13 4.1275769099381614D-05
n13 0.0000000000000000D+00
n14 1.0042037559053044D-03
n15 3.9547909313003808D-06
o14 0.0000000000000000D+00
o15 0.0000000000000000D+00
o16 9.3356817689024593D-03
o17 3.6996885223400397D-06
o18 2.1065151715171644D-05
f17 0.0000000000000000D+00
f18 0.0000000000000000D+00
f19 4.9648950670438845D-07
ne18 0.0000000000000000D+00
ne19 0.0000000000000000D+00
ne20 1.9378454509896784D-03
ne21 4.8780178649584306D-06
ne22 1.5673648084301104D-04
na21 0.0000000000000000D+00
na22 0.0000000000000000D+00
na23 4.1564997770733464D-05
na24 0.0000000000000000D+00
mg23 0.0000000000000000D+00
mg24 6.2332822058994153D-04
mg25 8.2227553955553734D-05
mg26 9.4073161066740259D-05
al25 0.0000000000000000D+00
al26 0.0000000000000000D+00
al27 7.2153837152650639D-05
si27 0.0000000000000000D+00
si28 8.1070976398237948D-04
si29 4.2636303311077660D-05
si30 2.9073359048930349D-05
p30 0.0000000000000000D+00
p31 9.7316577474807341D-06
s31 0.0000000000000000D+00
s32 4.1673576146249093D-04
s33 3.3922163473258917D-06
s34 1.9640383822103486D-05
cl35 5.8458293892909361D-06
ar35 0.0000000000000000D+00
ar36 7.2852926083696897D-05
ar37 0.0000000000000000D+00
ar38 1.3980733267257045D-05
k39 4.5640558068551747D-06
ca39 0.0000000000000000D+00
ca40 7.7102093281859892D-05
ca41 0.0000000000000000D+00
ca42 5.4029443136458369D-07
sc43 0.0000000000000000D+00
ti44 0.0000000000000000D+00
ti45 0.0000000000000000D+00
ti46 3.6076900503017994D-06
v47 0.0000000000000000D+00
cr48 0.0000000000000000D+00
cr49 0.0000000000000000D+00
cr50 2.2037574107173211D-05
mn51 0.0000000000000000D+00
fe52 0.0000000000000000D+00
fe53 0.0000000000000000D+00
fe54 8.8444298252233385D-05
fe56 1.4397453427247543D-03
co55 0.0000000000000000D+00
co56 0.0000000000000000D+00
ni56 0.0000000000000000D+00
ni57 0.0000000000000000D+00
ni58 9.0319645571237527D-05
cu59 0.0000000000000000D+00
zn60 2.5507626146687584D-05
relax_num_steps
retry log10(dt/yr), log10(dt), retry_factor 1 1 -5.602060 1.897052 0.500000
first model is slow to converge: num tries 70
first model is slow to converge: num tries 80
first model is slow to converge: num tries 90
first model is slow to converge: num tries 100
first model is slow to converge: num tries 110
first model is slow to converge: num tries 120
first model is slow to converge: num tries 130
10 5.478243 3337.755 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927459 444 1
-5.000000 -5.418144 2.514003 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013167 3 0
9.5000E-05 8.240891 4.075306 -99.000000 3.096923 -8.228450 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.466E-01 max_dt
20 5.478215 3315.879 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927271 443 1
-5.000000 -5.418103 2.513974 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 3 0
1.9500E-04 8.240890 4.063825 -99.000000 3.104327 -8.217832 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.748E+00 max_dt
30 5.478210 3296.870 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927236 443 1
-5.000000 -5.418094 2.513958 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 3 0
2.9500E-04 8.240892 4.053805 -99.000000 3.109589 -8.209733 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.705E+00 max_dt
40 5.478210 3280.803 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927222 442 1
-5.000000 -5.418089 2.513939 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013169 2 0
3.9500E-04 8.240895 4.045280 -99.000000 3.113168 -8.203721 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.457E+00 max_dt
50 5.478211 3267.972 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927215 441 1
-5.000000 -5.418084 2.513908 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013169 2 0
4.9500E-04 8.240901 4.038413 -99.000000 3.115440 -8.199482 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.278E+00 max_dt
60 5.478211 3257.911 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927211 441 1
-5.000000 -5.418082 2.513901 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013169 2 0
5.9500E-04 8.240903 4.033042 -99.000000 3.116813 -8.196551 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.146E+00 max_dt
70 5.478212 3250.072 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927208 441 1
-5.000000 -5.418080 2.513898 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013169 2 0
6.9500E-04 8.240906 4.028851 -99.000000 3.117631 -8.194509 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.525E-01 max_dt
80 5.478212 3243.978 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927206 441 1
-5.000000 -5.418078 2.513898 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013169 2 0
7.9500E-04 8.240908 4.025590 -99.000000 3.118110 -8.193074 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.122E-01 max_dt
90 5.478213 3239.278 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927204 440 1
-5.000000 -5.418075 2.513885 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013169 2 0
8.9500E-04 8.240912 4.023045 -99.000000 3.118396 -8.192045 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.470E-01 max_dt
100 5.478214 3235.637 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927203 440 1
-5.000000 -5.418074 2.513887 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013169 2 0
9.9500E-04 8.240914 4.021096 -99.000000 3.118547 -8.191318 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.824E-01 max_dt
110 5.478214 3232.809 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927202 441 1
-5.000000 -5.418073 2.513890 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013169 2 0
1.0950E-03 8.240916 4.019581 -99.000000 3.118627 -8.190789 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.111E+00 max_dt
120 5.478215 3230.555 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927201 441 1
-5.000000 -5.418071 2.513893 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013169 2 0
1.1950E-03 8.240918 4.018378 -99.000000 3.118666 -8.190391 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.131E+00 max_dt
130 5.478236 3228.860 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927176 440 1
-5.000000 -5.418028 2.513898 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 2 0
1.2950E-03 8.240984 4.017475 -99.000000 3.118681 -8.190107 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.147E+00 max_dt
140 5.478237 3231.119 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927175 441 1
-5.000000 -5.418027 2.513908 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 2 0
1.3950E-03 8.240986 4.018709 -99.000000 3.118643 -8.190505 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.149E+00 max_dt
150 5.478237 3231.870 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927174 441 1
-5.000000 -5.418026 2.513912 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 2 0
1.4950E-03 8.240988 4.019122 -99.000000 3.118624 -8.190643 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.149E+00 max_dt
160 5.478238 3230.959 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927173 441 1
-5.000000 -5.418024 2.513917 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 2 0
1.5950E-03 8.240990 4.018642 -99.000000 3.118636 -8.190486 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.160E+00 max_dt
170 5.478238 3229.926 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927172 441 1
-5.000000 -5.418023 2.513922 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 2 0
1.6950E-03 8.240992 4.018097 -99.000000 3.118645 -8.190313 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.171E+00 max_dt
180 5.478239 3229.085 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927172 441 1
-5.000000 -5.418022 2.513928 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 2 0
1.7950E-03 8.240994 4.017656 -99.000000 3.118648 -8.190176 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.182E+00 max_dt
190 5.478239 3228.474 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927171 441 1
-5.000000 -5.418021 2.513934 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 2 0
1.8950E-03 8.240995 4.017338 -99.000000 3.118646 -8.190080 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.190E+00 max_dt
200 5.478240 3228.070 -99.000000 -99.000000 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927170 441 1
-5.000000 -5.418020 2.513940 -99.000000 -99.000000 -99.000000 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 2 0
1.9950E-03 8.240997 4.017133 -99.000000 3.118642 -8.190019 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.198E+00 max_dt
finished relax_num_steps
change to mesa_79.net
number of species 79
new_v_flag T
set_v_flag T
net name mesa_79.net
v_flag T
net reactions
name Qtotal Qneu category info
1 r_al25_ng_al26 11.365461 other
2 r_al26_gn_al25 -11.365461 photo
3 r_al26_ng_al27 13.057672 other
4 r_al27_gn_al26 -13.057672 photo
5 r_ar35_ng_ar36 15.255451 burn_ar
6 r_ar36_gn_ar35 -15.255451 photo
7 r_ar36_ng_ar37 8.787443 burn_ar
8 r_ar37_gn_ar36 -8.787443 photo
9 r_ar37_ng_ar38 11.838216 burn_ar
10 r_ar38_gn_ar37 -11.838216 photo
11 r_be9_ng_be10 6.812301 other
12 r_be10_gn_be9 -6.812301 photo
13 r_c12_ng_c13 4.946312 burn_c
14 r_c13_gn_c12 -4.946312 photo
15 r_ca39_ng_ca40 15.643198 burn_ca
16 r_ca40_gn_ca39 -15.643198 photo
17 r_ca40_ng_ca41 8.362808 burn_ca
18 r_ca41_gn_ca40 -8.362808 photo
19 r_ca41_ng_ca42 11.480636 burn_ca
20 r_ca42_gn_ca41 -11.480636 photo
21 r_co55_ng_co56 10.083118 other
22 r_co56_gn_co55 -10.083118 photo
23 r_cr48_ng_cr49 10.582626 burn_cr
24 r_cr49_gn_cr48 -10.582626 photo
25 r_cr49_ng_cr50 13.000339 burn_cr
26 r_cr50_gn_cr49 -13.000339 photo
27 r_f17_ng_f18 9.149323 other
28 r_f18_gn_f17 -9.149323 photo
29 r_f18_ng_f19 10.432410 other
30 r_f19_gn_f18 -10.432410 photo
31 r_fe52_ng_fe53 10.685031 burn_fe fe52(n,g)fe53
32 r_fe53_gn_fe52 -10.685031 photo fe53(g,n)fe52
33 r_fe53_ng_fe54 13.378460 burn_fe fe53(n,g)fe54
34 r_fe54_gn_fe53 -13.378460 photo fe54(g,n)fe53
35 r_he3_ng_he4 20.577622 other he3(n,g)he4
36 r_he4_gn_he3 -20.577622 photo he4(g,n)he3
37 r_mg23_ng_mg24 16.531125 burn_mg
38 r_mg24_gn_mg23 -16.531125 photo
39 r_mg24_ng_mg25 7.330581 burn_mg
40 r_mg25_gn_mg24 -7.330581 photo
41 r_mg25_ng_mg26 11.093079 burn_mg
42 r_mg26_gn_mg25 -11.093079 photo
43 r_n13_ng_n14 10.553387 burn_n
44 r_n14_gn_n13 -10.553387 photo
45 r_n14_ng_n15 10.833302 burn_n
46 r_n15_gn_n14 -10.833302 photo
47 r_na21_ng_na22 11.069598 burn_na
48 r_na22_gn_na21 -11.069598 photo
49 r_na22_ng_na23 12.418740 burn_na
50 r_na23_gn_na22 -12.418740 photo
51 r_na23_ng_na24 6.959584 burn_na
52 r_na24_gn_na23 -6.959584 photo
53 r_ne18_ng_ne19 11.637049 burn_ne
54 r_ne19_gn_ne18 -11.637049 photo
55 r_ne19_ng_ne20 16.864695 burn_ne
56 r_ne20_gn_ne19 -16.864695 photo
57 r_ne20_ng_ne21 6.761168 burn_ne
58 r_ne21_gn_ne20 -6.761168 photo
59 r_ne21_ng_ne22 10.364262 burn_ne
60 r_ne22_gn_ne21 -10.364262 photo
61 r_neut_pg_h2 2.224570 other
62 r_h2_gp_neut -2.224570 photo
63 r_ni56_ng_ni57 10.249618 other
64 r_ni57_gn_ni56 -10.249618 photo
65 r_ni57_ng_ni58 12.217048 other
66 r_ni58_gn_ni57 -12.217048 photo
67 r_o14_ng_o15 13.223075 burn_o
68 r_o15_gn_o14 -13.223075 photo
69 r_o15_ng_o16 15.663930 burn_o
70 r_o16_gn_o15 -15.663930 photo
71 r_o16_ng_o17 4.143135 burn_o
72 r_o17_gn_o16 -4.143135 photo
73 r_o17_ng_o18 8.044032 burn_o
74 r_o18_gn_o17 -8.044032 photo
75 r_p30_ng_p31 12.311632 other
76 r_p31_gn_p30 -12.311632 photo
77 r_s31_ng_s32 15.042371 burn_s
78 r_s32_gn_s31 -15.042371 photo
79 r_s32_ng_s33 8.641620 burn_s
80 r_s33_gn_s32 -8.641620 photo
81 r_s33_ng_s34 11.417118 burn_s
82 r_s34_gn_s33 -11.417118 photo
83 r_si27_ng_si28 17.179820 burn_si
84 r_si28_gn_si27 -17.179820 photo
85 r_si28_ng_si29 8.473571 burn_si
86 r_si29_gn_si28 -8.473571 photo
87 r_si29_ng_si30 10.609207 burn_si
88 r_si30_gn_si29 -10.609207 photo
89 r_ti44_ng_ti45 9.528598 burn_ti
90 r_ti45_gn_ti44 -9.528598 photo
91 r_ti45_ng_ti46 13.189010 burn_ti
92 r_ti46_gn_ti45 -13.189010 photo
93 r_c13_pn_n13 -3.002824 burn_c
94 r_n13_np_c13 3.002824 burn_n
95 r_cl35_pn_ar35 -6.748483 other
96 r_ar35_np_cl35 6.748483 burn_ar
97 r_co56_pn_ni56 -2.918035 other
98 r_ni56_np_co56 2.918035 other
99 r_f18_pn_ne18 -5.225819 other
100 r_ne18_np_f18 5.225819 burn_ne
101 r_f19_pn_ne19 -4.021180 other
102 r_ne19_np_f19 4.021180 burn_ne
103 r_fe56_pn_co56 -5.348352 burn_fe
104 r_co56_np_fe56 5.348352 other
105 r_k39_pn_ca39 -7.314968 other
106 r_ca39_np_k39 7.314968 burn_ca
107 r_li7_pn_be7 -1.644247 other
108 r_be7_np_li7 1.644247 other
109 r_mg25_pn_al25 -5.059008 burn_mg
110 r_al25_np_mg25 5.059008 other
111 r_mg26_pn_al26 -4.786626 burn_mg
112 r_al26_np_mg26 4.786626 other
113 r_n14_pn_o14 -5.926293 burn_n
114 r_o14_np_n14 5.926293 burn_o
115 r_n15_pn_o15 -3.536521 burn_n
116 r_o15_np_n15 3.536521 burn_o
117 r_na23_pn_mg23 -4.838441 burn_na
118 r_mg23_np_na23 4.838441 burn_mg
119 r_na24_pn_mg24 4.733099 burn_na
120 r_mg24_np_na24 -4.733099 burn_mg
121 r_al27_pn_si27 -5.594712 other
122 r_si27_np_al27 5.594712 burn_si
123 r_ne21_pn_na21 -4.329969 burn_ne
124 r_na21_np_ne21 4.329969 burn_na
125 r_ne22_pn_na22 -3.624633 burn_ne
126 r_na22_np_ne22 3.624633 burn_na
127 r_o17_pn_f17 -3.542868 burn_o
128 r_f17_np_o17 3.542868 other
129 r_o18_pn_f18 -2.437577 burn_o
130 r_f18_np_o18 2.437577 other
131 r_p31_pn_s31 -6.178590 other
132 r_s31_np_p31 6.178590 burn_s
133 r_si30_pn_p30 -5.014707 burn_si
134 r_p30_np_si30 5.014707 other
135 r_c12_pg_n13 1.943488 cno c12(p,g)n13
136 r_n13_gp_c12 -1.943488 photo n13(g,p)c12
137 r_c13_pg_n14 7.550563 cno c13(p,g)n14
138 r_n14_gp_c13 -7.550563 photo n14(g,p)c13
139 r_ca42_pg_sc43 4.929827 burn_ca
140 r_sc43_gp_ca42 -4.929827 photo
141 r_cl35_pg_ar36 8.506968 burn_s cl35(p,g)ar36
142 r_ar36_gp_cl35 -8.506968 photo ar36(g,p)cl35
143 r_co55_pg_ni56 7.165083 burn_fe co55(p,g)ni56
144 r_ni56_gp_co55 -7.165083 photo ni56(g,p)co55
145 r_co56_pg_ni57 7.331583 other
146 r_ni57_gp_co56 -7.331583 photo
147 r_cr50_pg_mn51 5.270811 burn_cr
148 r_mn51_gp_cr50 -5.270811 photo
149 r_cu59_pg_zn60 5.119513 other
150 r_zn60_gp_cu59 -5.119513 photo
151 r_f17_pg_ne18 3.923504 cno
152 r_ne18_gp_f17 -3.923504 photo ne18(g,p)f17
153 r_f18_pg_ne19 6.411230 other
154 r_ne19_gp_f18 -6.411230 photo ne19(g,p)f18
155 r_f19_pg_ne20 12.843515 cno f19(p,g)ne20
156 r_ne20_gp_f19 -12.843515 photo ne20(g,p)f19
157 r_al26_pg_si27 7.462960 other
158 r_si27_gp_al26 -7.462960 photo
159 r_fe54_pg_co55 5.064070 burn_fe fe54(p,g)co55
160 r_co55_gp_fe54 -5.064070 photo co55(g,p)fe54
161 r_h2_pg_he3 5.493476 pp h2(p,g)he3
162 r_he3_gp_h2 -5.493476 photo he3(g,p)h2
163 r_k39_pg_ca40 8.328230 burn_ar k39(p,g)ca40
164 r_ca40_gp_k39 -8.328230 photo ca40(g,p)k39
165 r_mg24_pg_al25 2.271573 burn_mg
166 r_al25_gp_mg24 -2.271573 photo
167 r_mg25_pg_al26 6.306453 burn_mg
168 r_al26_gp_mg25 -6.306453 photo
169 r_ar38_pg_k39 6.381430 burn_ar
170 r_k39_gp_ar38 -6.381430 photo
171 r_mg26_pg_al27 8.271046 burn_mg
172 r_al27_gp_mg26 -8.271046 photo
173 r_mn51_pg_fe52 7.379240 burn_cr mn51(p,g)fe52
174 r_fe52_gp_mn51 -7.379240 photo fe52(g,p)mn51
175 r_n13_pg_o14 4.627094 cno n13(p,g)o14
176 r_o14_gp_n13 -4.627094 photo o14(g,p)n13
177 r_n14_pg_o15 7.296781 cno n14(p,g)o15
178 r_o15_gp_n14 -7.296781 photo o15(g,p)n14
179 r_n15_pg_o16 12.127408 cno n15(p,g)o16
180 r_o16_gp_n15 -12.127408 photo o16(g,p)n15
181 r_na22_pg_mg23 7.580299 burn_na
182 r_mg23_gp_na22 -7.580299 photo
183 r_na23_pg_mg24 11.692683 burn_na
184 r_mg24_gp_na23 -11.692683 photo
185 r_na24_pg_mg25 12.063681 burn_na
186 r_mg25_gp_na24 -12.063681 photo
187 r_al27_pg_si28 11.585108 burn_mg al27(p,g)si28
188 r_si28_gp_al27 -11.585108 photo si28(g,p)al27
189 r_ne20_pg_na21 2.431199 burn_ne
190 r_na21_gp_ne20 -2.431199 photo
191 r_ne21_pg_na22 6.739629 burn_ne
192 r_na22_gp_ne21 -6.739629 photo
193 r_ne22_pg_na23 8.794107 burn_ne ne22(p,g)na23
194 r_na23_gp_ne22 -8.794107 photo
195 r_be7_pg_b8 0.137512 pp be7(p,g)b8
196 r_b8_gp_be7 -0.137512 photo b8(g,p)be7
197 r_ni58_pg_cu59 3.418501 other
198 r_cu59_gp_ni58 -3.418501 photo
199 r_o16_pg_f17 0.600267 cno o16(p,g)f17
200 r_f17_gp_o16 -0.600267 photo f17(g,p)o16
201 r_o17_pg_f18 5.606455 cno o17(p,g)f18
202 r_f18_gp_o17 -5.606455 photo f18(g,p)o17
203 r_o18_pg_f19 7.994833 cno o18(p,g)f19
204 r_f19_gp_o18 -7.994833 photo f19(g,p)o18
205 r_p30_pg_s31 6.133041 other
206 r_s31_gp_p30 -6.133041 photo
207 r_p31_pg_s32 8.863781 burn_si p31(p,g)s32
208 r_s32_gp_p31 -8.863781 photo s32(g,p)p31
209 r_s34_pg_cl35 6.370722 burn_s
210 r_cl35_gp_s34 -6.370722 photo
211 r_sc43_pg_ti44 8.649500 burn_ca sc43(p,g)ti44
212 r_ti44_gp_sc43 -8.649500 photo ti44(g,p)sc43
213 r_si29_pg_p30 5.594500 burn_si
214 r_p30_gp_si29 -5.594500 photo
215 r_si30_pg_p31 7.296925 burn_si
216 r_p31_gp_si30 -7.296925 photo
217 r_ti46_pg_v47 5.167597 burn_ti
218 r_v47_gp_ti46 -5.167597 photo
219 r_v47_pg_cr48 8.106100 burn_ti v47(p,g)cr48
220 r_cr48_gp_v47 -8.106100 photo cr48(g,p)v47
221 r_c12_ap_n15 -4.965491 cno c12(a,p)n15
222 r_n15_pa_c12 4.965491 cno n15(p,a)c12
223 r_cl35_ap_ar38 0.836958 other
224 r_ar38_pa_cl35 -0.836958 burn_ar
225 r_co55_ap_ni58 1.336081 other
226 r_ni58_pa_co55 -1.336081 other
227 r_al25_ap_si28 7.712573 other
228 r_si28_pa_al25 -7.712573 burn_si
229 r_cr48_ap_mn51 0.558108 burn_cr cr48(a,p)mn51
230 r_mn51_pa_cr48 -0.558108 burn_cr mn51(p,a)cr48
231 r_f17_ap_ne20 4.129579 cno f17(a,p)ne20
232 r_ne20_pa_f17 -4.129579 burn_ne
233 r_f18_ap_ne21 1.741424 other
234 r_ne21_pa_f18 -1.741424 burn_ne
235 r_f19_ap_ne22 1.673276 cno f19(a,p)ne22
236 r_ne22_pa_f19 -1.673276 burn_ne
237 r_fe52_ap_co55 0.831893 burn_fe fe52(a,p)co55
238 r_co55_pa_fe52 -0.831893 burn_fe co55(p,a)fe52
239 r_fe53_ap_co56 0.229979 burn_fe
240 r_co56_pa_fe53 -0.229979 other
241 r_k39_ap_ca42 -0.123994 other
242 r_ca42_pa_k39 0.123994 burn_ca
243 r_li7_ap_be10 -2.562581 other
244 r_be10_pa_li7 2.562581 other
245 r_mg23_ap_al26 1.872490 burn_mg
246 r_al26_pa_mg23 -1.872490 other
247 r_mg24_ap_al27 -1.600962 burn_mg mg24(a,p)al27
248 r_al27_pa_mg24 1.600962 photo al27(p,a)mg24
249 r_al27_ap_si30 2.372218 other
250 r_si30_pa_al27 -2.372218 burn_si
251 r_mn51_ap_fe54 3.147063 other
252 r_fe54_pa_mn51 -3.147063 burn_fe
253 r_n13_ap_o16 5.218430 cno n13(a,p)o16
254 r_o16_pa_n13 -5.218430 burn_o
255 r_n14_ap_o17 -1.191823 cno n14(a,p)o17
256 r_o17_pa_n14 1.191823 cno o17(p,a)n14
257 r_n15_ap_o18 -3.981093 cno n15(a,p)o18
258 r_o18_pa_n15 3.981093 cno o18(p,a)n15
259 r_na21_ap_mg24 6.885354 burn_na
260 r_mg24_pa_na21 -6.885354 burn_mg
261 r_na22_ap_mg25 3.146337 burn_na
262 r_mg25_pa_na22 -3.146337 burn_mg
263 r_na23_ap_mg26 1.820675 burn_na
264 r_mg26_pa_na23 -1.820675 burn_mg
265 r_ne18_ap_na21 2.637274 burn_ne
266 r_na21_pa_ne18 -2.637274 burn_na
267 r_ne19_ap_na22 2.069823 burn_ne
268 r_na22_pa_ne19 -2.069823 burn_na
269 r_ne20_ap_na23 -2.376131 burn_ne ne20(a,p)na23
270 r_na23_pa_ne20 2.376131 photo na23(p,a)ne20
271 r_ca40_ap_sc43 -3.522397 burn_ca ca40(a,p)sc43
272 r_sc43_pa_ca40 3.522397 burn_ca sc43(p,a)ca40
273 r_ne21_ap_na24 -2.177715 burn_ne
274 r_na24_pa_ne21 2.177715 burn_na
275 r_ni56_ap_cu59 -2.410501 other
276 r_cu59_pa_ni56 2.410501 other
277 r_o14_ap_f17 1.191602 cno o14(a,p)f17
278 r_f17_pa_o14 -1.191602 cno f17(p,a)o14
279 r_o15_ap_f18 -2.882149 cno o15(a,p)f18
280 r_f18_pa_o15 2.882149 cno f18(p,a)o15
281 r_o16_ap_f19 -8.113669 cno o16(a,p)f19
282 r_f19_pa_o16 8.113669 cno f19(p,a)o16
283 r_al26_ap_si29 4.820683 other
284 r_si29_pa_al26 -4.820683 burn_si
285 r_p30_ap_s33 1.521365 other
286 r_s33_pa_p30 -1.521365 burn_s
287 r_ar36_ap_k39 -1.288579 burn_ar ar36(a,p)k39
288 r_k39_pa_ar36 1.288579 burn_ar k39(p,a)ar36
289 r_p31_ap_s34 0.626851 other
290 r_s34_pa_p31 -0.626851 burn_s
291 r_s32_ap_cl35 -1.866209 burn_s s32(a,p)cl35
292 r_cl35_pa_s32 1.866209 burn_s cl35(p,a)s32
293 r_sc43_ap_ti46 3.071440 other
294 r_ti46_pa_sc43 -3.071440 burn_ti
295 r_si27_ap_p30 2.952222 burn_si
296 r_p30_pa_si27 -2.952222 other
297 r_si28_ap_p31 -1.915966 burn_si si28(a,p)p31
298 r_p31_pa_si28 1.915966 burn_si p31(p,a)si28
299 r_ti44_ap_v47 -0.410463 burn_ti ti44(a,p)v47
300 r_v47_pa_ti44 0.410463 burn_ti v47(p,a)ti44
301 r_v47_ap_cr50 3.393397 other
302 r_cr50_pa_v47 -3.393397 burn_cr
303 r_f18_an_na21 -2.588545 other
304 r_na21_na_f18 2.588545 burn_na
305 r_f19_an_na22 -1.951357 other
306 r_na22_na_f19 1.951357 burn_na
307 r_ar38_an_ca41 -5.223201 burn_ar
308 r_ca41_na_ar38 5.223201 burn_ca
309 r_fe53_an_ni56 -2.688056 burn_fe
310 r_ni56_na_fe53 2.688056 other
311 r_fe54_an_ni57 -5.816897 burn_fe
312 r_ni57_na_fe54 5.816897 other
313 r_mg24_an_si27 -7.195674 burn_mg
314 r_si27_na_mg24 7.195674 burn_si
315 r_al27_an_p30 -2.642490 other
316 r_p30_na_al27 2.642490 other
317 r_mg25_an_si28 2.653564 burn_mg
318 r_si28_na_mg25 -2.653564 burn_si
319 r_c13_an_o16 2.215606 cno c13(a,n)o16
320 r_o16_na_c13 -2.215606 burn_o
321 r_mg26_an_si29 0.034057 burn_mg
322 r_si29_na_mg26 -0.034057 burn_si
323 r_c12_an_o15 -8.502012 burn_c
324 r_o15_na_c12 8.502012 burn_o
325 r_n14_an_f17 -4.734691 burn_n
326 r_f17_na_n14 4.734691 other
327 r_co56_an_cu59 -5.328536 other
328 r_cu59_na_co56 5.328536 other
329 r_n15_an_f18 -6.418670 burn_n
330 r_f18_na_n15 6.418670 other
331 r_be10_an_c13 3.835252 other
332 r_c13_na_be10 -3.835252 burn_c
333 r_na22_an_al25 -1.912672 burn_na
334 r_al25_na_na22 1.912672 other
335 r_na23_an_al26 -2.965951 burn_na
336 r_al26_na_na23 2.965951 other
337 r_na24_an_al27 3.132137 burn_na
338 r_al27_na_na24 -3.132137 other
339 r_ne20_an_mg23 -7.214573 burn_ne
340 r_mg23_na_ne20 7.214573 burn_mg
341 r_ne21_an_mg24 2.555385 burn_ne
342 r_mg24_na_ne21 -2.555385 burn_mg
343 r_ne22_an_mg25 -0.478296 burn_ne
344 r_mg25_na_ne22 0.478296 burn_mg
345 r_ni57_an_zn60 -7.540607 other
346 r_zn60_na_ni57 7.540607 other
347 r_o15_an_ne18 -8.107968 burn_o
348 r_ne18_na_o15 8.107968 burn_ne
349 r_o16_an_ne19 -12.134849 burn_o
350 r_ne19_na_o16 12.134849 burn_ne
351 r_o17_an_ne20 0.586711 burn_o
352 r_ne20_na_o17 -0.586711 burn_ne
353 r_ar36_an_ca39 -8.603547 burn_ar
354 r_ca39_na_ar36 8.603547 burn_ca
355 r_o18_an_ne21 -0.696153 burn_o
356 r_ne21_na_o18 0.696153 burn_ne
357 r_ca41_an_ti44 -3.235705 burn_ca
358 r_ti44_na_ca41 3.235705 burn_ti
359 r_be9_an_c12 5.701241 other
360 r_c12_na_be9 -5.701241 burn_c
361 r_cr49_an_fe52 -2.645278 burn_cr
362 r_fe52_na_cr49 2.645278 burn_fe
363 r_s32_an_ar35 -8.614692 burn_s
364 r_ar35_na_s32 8.614692 burn_ar
365 r_s33_an_ar36 -2.000861 burn_s
366 r_ar36_na_s33 2.000861 burn_ar
367 r_s34_an_ar37 -4.630536 burn_s
368 r_ar37_na_s34 4.630536 burn_ar
369 r_si28_an_s31 -8.094556 burn_si
370 r_s31_na_si28 8.094556 burn_s
371 r_cr50_an_fe53 -4.960586 burn_cr
372 r_fe53_na_cr50 4.960586 burn_fe
373 r_si29_an_s32 -1.525756 burn_si
374 r_s32_na_si29 1.525756 burn_s
375 r_si30_an_s33 -3.493342 burn_si
376 r_s33_na_si30 3.493342 burn_s
377 r_ca42_an_ti45 -5.187743 burn_ca
378 r_ti45_na_ca42 5.187743 burn_ti
379 r_ar37_an_ca40 -1.747792 burn_ar
380 r_ca40_na_ar37 1.747792 burn_ca
381 r_ti45_an_cr48 -1.832961 burn_ti
382 r_cr48_na_ti45 1.832961 burn_cr
383 r_ti46_an_cr49 -4.439345 burn_ti
384 r_cr49_na_ti46 4.439345 burn_cr
385 r_fe53_ag_ni57 7.561562 burn_fe
386 r_ni57_ga_fe53 -7.561562 photo
387 r_fe54_ag_ni58 6.400151 burn_fe
388 r_ni58_ga_fe54 -6.400151 photo
389 r_k39_ag_sc43 4.805832 other
390 r_sc43_ga_k39 -4.805832 photo
391 r_co55_ag_cu59 4.754582 other
392 r_cu59_ga_co55 -4.754582 photo
393 r_c12_ag_o16 7.161917 burn_c c12(a,g)o16
394 r_o16_ga_c12 -7.161917 photo o16(g,a)c12
395 r_cl35_ag_k39 7.218388 other
396 r_k39_ga_cl35 -7.218388 photo
397 r_mg23_ag_si27 9.335451 burn_mg
398 r_si27_ga_mg23 -9.335451 photo
399 r_al27_ag_p31 9.669142 other
400 r_p31_ga_al27 -9.669142 photo
401 r_mg24_ag_si28 9.984146 burn_mg mg24(a,g)si28
402 r_si28_ga_mg24 -9.984146 photo si28(g,a)mg24
403 r_mg25_ag_si29 11.127136 burn_mg
404 r_si29_ga_mg25 -11.127136 photo
405 r_f17_ag_na21 6.560778 other
406 r_na21_ga_f17 -6.560778 photo
407 r_mg26_ag_si30 10.643263 burn_mg
408 r_si30_ga_mg26 -10.643263 photo
409 r_mn51_ag_co55 8.211133 other
410 r_co55_ga_mn51 -8.211133 photo
411 r_n14_ag_f18 4.414632 burn_n n14(a,g)f18
412 r_f18_ga_n14 -4.414632 photo
413 r_n15_ag_f19 4.013740 burn_n n15(a,g)f19
414 r_f19_ga_n15 -4.013740 photo
415 r_na21_ag_al25 9.156927 burn_na
416 r_al25_ga_na21 -9.156927 photo
417 r_na22_ag_al26 9.452789 burn_na
418 r_al26_ga_na22 -9.452789 photo
419 r_al26_ag_p30 10.415183 other
420 r_p30_ga_al26 -10.415183 photo
421 r_na23_ag_al27 10.091721 burn_na
422 r_al27_ga_na23 -10.091721 photo
423 r_f18_ag_na22 8.481053 other
424 r_na22_ga_f18 -8.481053 photo
425 r_ca40_ag_ti44 5.127102 burn_ca ca40(a,g)ti44
426 r_ti44_ga_ca40 -5.127102 photo ti44(g,a)ca40
427 r_ne19_ag_mg23 9.650122 burn_ne
428 r_mg23_ga_ne19 -9.650122 photo
429 r_ne20_ag_mg24 9.316552 burn_ne ne20(a,g)mg24
430 r_mg24_ga_ne20 -9.316552 photo mg24(g,a)ne20
431 r_cr48_ag_fe52 7.937348 burn_cr cr48(a,g)fe52
432 r_fe52_ga_cr48 -7.937348 photo fe52(g,a)cr48
433 r_ne21_ag_mg25 9.885966 burn_ne
434 r_mg25_ga_ne21 -9.885966 photo
435 r_ar35_ag_ca39 6.651904 burn_ar
436 r_ca39_ga_ar35 -6.651904 photo
437 r_ne22_ag_mg26 10.614783 burn_ne ne22(a,g)mg26
438 r_mg26_ga_ne22 -10.614783 photo
439 r_ni56_ag_zn60 2.709012 other
440 r_zn60_ga_ni56 -2.709012 photo
441 r_o14_ag_ne18 5.115106 burn_o o14(a,g)ne18
442 r_ne18_ga_o14 -5.115106 photo
443 r_o15_ag_ne19 3.529081 burn_o o15(a,g)ne19
444 r_ne19_ga_o15 -3.529081 photo ne19(g,a)o15
445 r_o16_ag_ne20 4.729846 burn_o o16(a,g)ne20
446 r_ne20_ga_o16 -4.729846 photo ne20(g,a)o16
447 r_ar36_ag_ca40 7.039650 burn_ar ar36(a,g)ca40
448 r_ca40_ga_ar36 -7.039650 photo ca40(g,a)ar36
449 r_cr49_ag_fe53 8.039753 burn_cr
450 r_fe53_ga_cr49 -8.039753 photo
451 r_o17_ag_ne21 7.347879 burn_o
452 r_ne21_ga_o17 -7.347879 photo
453 r_ca41_ag_ti45 6.292893 burn_ca
454 r_ti45_ga_ca41 -6.292893 photo
455 r_o18_ag_ne22 9.668109 burn_o o18(a,g)ne22
456 r_ne22_ga_o18 -9.668109 photo
457 r_ar38_ag_ca42 6.257435 burn_ar
458 r_ca42_ga_ar38 -6.257435 photo
459 r_p31_ag_cl35 6.997572 other
460 r_cl35_ga_p31 -6.997572 photo
461 r_s31_ag_ar35 6.427680 burn_s
462 r_ar35_ga_s31 -6.427680 photo
463 r_s32_ag_ar36 6.640759 burn_s s32(a,g)ar36
464 r_ar36_ga_s32 -6.640759 photo ar36(g,a)s32
465 r_f19_ag_na23 10.467384 other
466 r_na23_ga_f19 -10.467384 photo
467 r_s33_ag_ar37 6.786582 burn_s
468 r_ar37_ga_s33 -6.786582 photo
469 r_s34_ag_ar38 7.207680 burn_s
470 r_ar38_ga_s34 -7.207680 photo
471 r_sc43_ag_v47 8.239037 other
472 r_v47_ga_sc43 -8.239037 photo
473 r_si27_ag_s31 9.085264 burn_si
474 r_s31_ga_si27 -9.085264 photo
475 r_cr50_ag_fe54 8.417874 burn_cr
476 r_fe54_ga_cr50 -8.417874 photo
477 r_si28_ag_s32 6.947815 burn_si si28(a,g)s32
478 r_s32_ga_si28 -6.947815 photo s32(g,a)si28
479 r_si29_ag_s33 7.115864 burn_si
480 r_s33_ga_si29 -7.115864 photo
481 r_ar37_ag_ca41 6.615016 burn_ar
482 r_ca41_ga_ar37 -6.615016 photo
483 r_ca42_ag_ti46 8.001267 burn_ca
484 r_ti46_ga_ca42 -8.001267 photo
485 r_si30_ag_s34 7.923775 burn_si
486 r_s34_ga_si30 -7.923775 photo
487 r_ti44_ag_cr48 7.695637 burn_ti ti44(a,g)cr48
488 r_cr48_ga_ti44 -7.695637 photo cr48(g,a)ti44
489 r_ti45_ag_cr49 8.749665 burn_ti
490 r_cr49_ga_ti45 -8.749665 photo
491 r_ti46_ag_cr50 8.560994 burn_ti
492 r_cr50_ga_ti46 -8.560994 photo
493 r_fe52_ag_ni56 7.996975 burn_fe fe52(a,g)ni56
494 r_ni56_ga_fe52 -7.996975 photo ni56(g,a)fe52
495 r_v47_ag_mn51 8.664208 other
496 r_mn51_ga_v47 -8.664208 photo
497 r_c12_to_he4_he4_he4 -7.274747 photo c12 => 3 he4
498 r_he4_he4_he4_to_c12 7.274747 tri_alfa triple alpha
499 r_h2_h2_to_he4 23.846529 pp h2 + h2 => he4
500 r_he4_to_h2_h2 -23.846529 photo
501 r_he4_si28_to_o16_o16 -9.593879 burn_si
502 r_o16_o16_to_he4_si28 9.593879 o16_o16
503 r_he4_ne20_to_c12_c12 -4.617016 other ne20 + he4 => 2 c12
504 r_c12_c12_to_he4_ne20 4.617016 other 2 c12 => he4 + ne20
505 r_h1_h1_he4_to_he3_he3 -12.859577 other
506 r_he3_he3_to_h1_h1_he4 12.859577 pp 2 he3 => 2 p + he4
507 r_neut_be7_to_he4_he4 18.991526 other
508 r_he4_he4_to_neut_be7 -18.991526 other
509 r_neut_he3_to_h2_h2 -3.268906 other
510 r_h2_h2_to_neut_he3 3.268906 other
511 r_neut_he4_he4_to_be9 1.573506 other
512 r_be9_to_neut_he4_he4 -1.573506 other
513 r_neut_mg23_to_c12_c12 2.597557 burn_mg
514 r_c12_c12_to_neut_mg23 -2.597557 c12_c12
515 r_neut_s31_to_o16_o16 -1.499323 burn_s
516 r_o16_o16_to_neut_s31 1.499323 o16_o16
517 r_h1_li7_to_he4_he4 17.347280 pp
518 r_he4_he4_to_h1_li7 -17.347280 other
519 r_h1_na23_to_c12_c12 -2.240885 burn_na
520 r_c12_c12_to_h1_na23 2.240885 other 2 c12 => h1 + na23
521 r_h1_p31_to_o16_o16 -7.677914 other
522 r_o16_o16_to_h1_p31 7.677914 o16_o16
523 r_he3_ag_be7 1.586096 pp he4(he3,g)be7
524 r_be7_ga_he3 -1.586096 photo
525 r_c12_o16_to_he4_mg24 6.771651 burn_o
526 r_he4_mg24_to_c12_o16 -6.771651 other he4 + mg24 => c12 + o16
527 r_h1_al27_to_c12_o16 -5.170689 other
528 r_c12_o16_to_h1_al27 5.170689 burn_o
529 r_h1_be9_to_h2_he4_he4 0.651064 other
530 r_h2_he4_he4_to_h1_be9 -0.651064 other
531 r_h1_h1_he4_he4_to_he3_be7 -11.273480 other
532 r_he3_be7_to_h1_h1_he4_he4 11.273480 pp he3 + be7 => 2 p + 2 he4
533 r_h1_h2_to_neut_h1_h1 -2.224570 other
534 r_neut_h1_h1_to_h1_h2 2.224570 other
535 r_neut_b8_to_h1_he4_he4 18.854014 other
536 r_h1_he4_he4_to_neut_b8 -18.854014 other
537 r_neut_he4_he4_to_h2_li7 -15.122710 other
538 r_h2_li7_to_neut_he4_he4 15.122710 other
539 r_neut_s31_to_c12_ne20 -3.931394 burn_s
540 r_c12_ne20_to_neut_s31 3.931394 burn_ne
541 r_h1_he4_he4_to_h2_be7 -16.766956 other
542 r_h2_be7_to_h1_he4_he4 16.766956 pp be7 + h2 => p + 2 he4
543 r_h1_he4_to_h2_he3 -18.353053 other
544 r_h2_he3_to_h1_he4 18.353053 pp h2 + he3 => he4 + neut
545 r_h1_p31_to_c12_ne20 -10.109985 other
546 r_c12_ne20_to_h1_p31 10.109985 burn_ne
547 r_h2_c13_to_neut_n14 5.325993 burn_c
548 r_neut_n14_to_h2_c13 -5.325993 burn_n
549 r_he4_si28_to_c12_ne20 -12.025950 burn_si
550 r_c12_ne20_to_he4_si28 12.025950 burn_ne
551 r_c12_o16_to_neut_si27 -0.424023 burn_o
552 r_neut_si27_to_c12_o16 0.424023 burn_si
553 r_mg25_wk-minus_al25 weaklib other
554 r_mg26_wk-minus_al26 weaklib other
555 r_n13_wk_c13 2.220470 0.706000 cno
556 r_b8_wk_he4_he4 18.071660 6.735000 pp b8(e+,nu)be8 => 2 he4
557 r_na21_wk_ne21 weaklib other
558 r_f17_wk_o17 weaklib cno
559 r_na22_wk_ne22 weaklib other
560 r_fe56_wk-minus_co56 weaklib other
561 r_na23_wk-minus_mg23 weaklib other
562 r_ca39_wk_k39 weaklib other
563 r_na24_wk-minus_mg24 weaklib other
564 r_ne18_wk_f18 weaklib cno
565 r_co56_wk-minus_ni56 weaklib other
566 r_ne19_wk_f19 weaklib other
567 r_h1_h1_ec_h2 1.442216 1.445000 pp p(e-p,nu)h2
568 r_co56_wk_fe56 weaklib other
569 r_al27_wk-minus_si27 weaklib other
570 r_h1_h1_wk_h2 1.442216 0.266800 pp p(p,e+nu)h2
571 r_ne21_wk-minus_na21 weaklib other
572 r_ne22_wk-minus_na22 weaklib other
573 r_cl35_wk-minus_ar35 weaklib other
574 r_mg23_wk_na23 weaklib other
575 r_neut_wk-minus_h1 weaklib other
576 r_h1_he3_wk_he4 19.795268 9.628000 pp he3(p,e+nu)he4
577 r_ni56_wk_co56 weaklib other
578 r_o14_wk_n14 5.143939 2.220000 cno
579 r_ar35_wk_cl35 weaklib other
580 r_o15_wk_n15 2.754167 0.996400 cno
581 r_k39_wk-minus_ca39 weaklib other
582 r_be7_wk_li7 0.861893 0.814000 pp be7(e-,nu)li7
583 r_o17_wk-minus_f17 weaklib other
584 r_h1_wk_neut weaklib other
585 r_f18_wk-minus_ne18 weaklib other
586 r_o18_wk-minus_f18 weaklib other
587 r_f18_wk_o18 weaklib cno
588 r_p30_wk_si30 weaklib other
589 r_p31_wk-minus_s31 weaklib other
590 r_s31_wk_p31 weaklib other
591 r_si27_wk_al27 weaklib other
592 r_mg24_wk_na24 weaklib other
593 r_he3_li7_to_neut_h1_he4_he4 9.629234 other
594 r_al26_wk_mg26 weaklib other
595 r_al25_wk_mg25 weaklib other
596 r_si30_wk-minus_p30 weaklib other
597 r_f19_wk-minus_ne19 weaklib other
species
1 neut
2 h1
3 h2
4 he3
5 he4
6 li7
7 be7
8 be9
9 be10
10 b8
11 c12
12 c13
13 n13
14 n14
15 n15
16 o14
17 o15
18 o16
19 o17
20 o18
21 f17
22 f18
23 f19
24 ne18
25 ne19
26 ne20
27 ne21
28 ne22
29 na21
30 na22
31 na23
32 na24
33 mg23
34 mg24
35 mg25
36 mg26
37 al25
38 al26
39 al27
40 si27
41 si28
42 si29
43 si30
44 p30
45 p31
46 s31
47 s32
48 s33
49 s34
50 cl35
51 ar35
52 ar36
53 ar37
54 ar38
55 k39
56 ca39
57 ca40
58 ca41
59 ca42
60 sc43
61 ti44
62 ti45
63 ti46
64 v47
65 cr48
66 cr49
67 cr50
68 mn51
69 fe52
70 fe53
71 fe54
72 fe56
73 co55
74 co56
75 ni56
76 ni57
77 ni58
78 cu59
79 zn60
kappa_file_prefix gs98
kappa_lowT_prefix lowT_fa05_gs98
eos_file_prefix mesa
OMP_NUM_THREADS 4
save LOGS/profile1.data for model 1
10 5.478241 3227.934 -22.508819 -22.508819 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927168 451 0
-4.287369 -5.418017 2.513956 -99.000000 -23.152824 -7.029684 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 4 0
2.5959E-04 8.241002 4.017092 -99.000000 3.118626 -8.190014 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.198E+00 max increase
20 5.478234 3235.477 -22.508798 -22.508798 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.927114 450 0
-3.495556 -5.418004 2.514056 -99.000000 -23.152804 -7.025226 0.000000 0.280000 0.009336 0.020000 0.280000 0.013169 2 0
1.8669E-03 8.241003 4.021347 -99.000000 3.118376 -8.191465 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.203E+00 max increase
30 5.478312 3296.075 -22.507774 -22.507774 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.926917 446 0
-2.703744 -5.417798 2.514748 -99.000000 -23.151780 -6.985058 0.000000 0.280000 0.009336 0.020000 0.280000 0.013168 2 0
1.1819E-02 8.241290 4.054967 -99.000000 3.108923 -8.210280 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.214E+00 max increase
40 5.478582 3453.960 -22.501765 -22.501765 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.926585 450 0
-1.911931 -5.417242 2.518939 -99.000000 -23.145771 -6.862390 0.000000 0.280000 0.009336 0.020000 0.280000 0.013166 2 0
7.3439E-02 8.242147 4.144630 -99.000000 3.030802 -8.310814 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.172E+00 max increase
50 5.479262 3538.829 -22.493934 -22.493934 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.925675 469 0
-1.120119 -5.415807 2.526283 -99.000000 -23.137940 -6.775169 0.000000 0.280000 0.009336 0.020000 0.280000 0.013160 2 0
4.5497E-01 8.244334 4.201487 -99.000000 2.966492 -8.386259 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.236E-01 max increase
save LOGS/profile2.data for model 50
save photos/x050 for model 50
60 5.481376 3551.863 -22.453595 -22.453595 15.000000 15.000000 0.700000 0.001004 0.280000 0.700000 -12.912604 469 0
-0.328306 -5.406853 2.528822 -99.000000 -23.097601 -6.752405 0.000000 0.280000 0.009336 0.020000 0.280000 0.013186 2 0
2.8173E+00 8.255092 4.212952 -99.000000 2.954866 -8.399551 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.128E-02 max increase
70 5.493313 3564.509 -22.221406 -22.221406 14.999997 14.999997 0.700000 0.001004 0.280000 0.700000 -12.869185 466 0
0.463506 -5.370376 2.517608 -99.000000 -22.865412 -6.777763 0.000000 0.280000 0.009336 0.020000 0.280000 0.013193 2 0
1.7444E+01 8.303435 4.196697 -99.000000 2.961040 -8.394951 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.216E-02 max increase
80 5.552681 3628.564 -21.093563 -21.093563 14.999984 14.999984 0.700000 0.001004 0.280000 0.700000 -12.662142 467 0
1.255318 -5.191768 2.459955 -99.000000 -21.737569 -6.918411 0.000000 0.280000 0.009336 0.020000 0.280000 0.013198 3 0
1.0801E+02 8.541382 4.112331 -99.000000 2.994917 -8.368933 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.136E-02 max increase
90 5.719688 3818.257 -18.133234 -18.133234 14.999950 14.999950 0.700000 0.001004 0.280000 0.700000 -12.075050 489 0
1.950848 -4.686000 2.294912 -99.000000 -18.777240 -7.355829 0.000000 0.280000 0.009336 0.020000 0.280000 0.013246 4 0
6.2505E+02 9.213690 3.870767 -99.000000 3.096772 -8.289435 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.355E-03 varcontrol
100 5.903347 4056.824 -15.055972 -15.055972 14.999912 14.999912 0.700000 0.001004 0.280000 0.700000 -11.086021 522 0
2.446798 -3.980909 2.112276 -99.000000 -15.699978 -7.872746 0.000000 0.280000 0.009336 0.020000 0.280000 0.014909 4 0
2.3766E+03 10.087184 3.610779 -99.000000 3.224358 -8.188301 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.583E-04 varcontrol
save LOGS/profile3.data for model 100
save photos/x100 for model 100
hydro_newton_step failed to converge
retry log10(dt/yr), log10(dt), retry_factor 1 110 2.048989 9.548100 0.500000
110 6.212708 4476.399 -10.824898 -10.824898 14.999850 14.999850 0.700000 0.001004 0.280000 0.700000 -9.749323 629 1
2.350019 -2.934768 2.172722 -99.000000 -11.503622 -7.538949 0.000000 0.280000 0.009336 0.020000 0.280000 0.016323 4 0
7.2298E+03 11.434053 3.902641 -26.490640 3.115684 -8.340037 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.289E-04 retry
retry log10(dt/yr), log10(dt), retry_factor 1 117 1.668393 9.167504 0.500000
hydro_newton_step failed to converge
retry log10(dt/yr), log10(dt), retry_factor 1 120 1.604906 9.104018 0.500000
120 6.348123 5520.906 -8.828010 -8.828010 14.999781 14.999781 0.700000 0.001004 0.280000 0.700000 -9.378238 629 3
1.905936 -2.570860 2.054239 -99.000000 -9.939680 -7.394050 0.000000 0.280000 0.009336 0.020000 0.280000 0.015802 5 0
8.9960E+03 11.936351 4.030002 -99.000000 3.023537 -8.524093 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.680E-04 retry
hydro_newton_step failed to converge
retry log10(dt/yr), log10(dt), retry_factor 1 122 1.462239 8.961350 0.500000
hydro_newton_step failed to converge
retry log10(dt/yr), log10(dt), retry_factor 1 126 1.477934 8.977045 0.500000
hydro_newton_step failed to converge
retry log10(dt/yr), log10(dt), retry_factor 1 130 1.493629 8.992740 0.500000
130 6.402425 6022.268 -8.030004 -8.030004 14.999751 14.999751 0.700000 0.001004 0.280000 0.700000 -9.230255 659 6
1.794659 -2.424649 1.983785 -99.000000 -9.345442 -7.438886 0.000000 0.280000 0.009336 0.020000 0.280000 0.015600 4 0
9.7888E+03 12.138096 4.040094 -99.000000 2.829797 -8.757547 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.551E-04 retry
140 6.504358 7075.742 -6.866948 -6.866948 14.999693 14.999693 0.700000 0.001004 0.280000 0.700000 -8.916597 650 6
2.473972 -2.135384 1.842134 -95.779384 -8.260630 -7.545573 0.000000 0.280000 0.009336 0.020000 0.280000 0.015404 5 0
1.1604E+04 12.530560 4.036838 -99.000000 2.383691 -9.296199 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.236E-04 lgTeff
150 6.663167 8920.857 -5.259951 -5.259951 14.999605 14.999605 0.700000 0.001004 0.280000 0.700000 -8.304030 691 6
2.716788 -1.630776 1.632034 -82.323800 -6.657800 -7.752092 0.000000 0.280000 0.009336 0.020000 0.280000 0.015740 3 0
1.5696E+04 13.191858 4.019176 -99.000000 1.838764 -10.247459 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.292E-05 lgTeff
save LOGS/profile4.data for model 150
save photos/x150 for model 150
160 6.829821 1.132E+04 -3.739825 -3.739825 14.999533 14.999533 0.700000 0.001004 0.280000 0.700000 -7.634335 706 6
2.719282 -1.090438 1.478831 -69.757167 -5.137688 -8.305207 0.000000 0.280000 0.009336 0.020000 0.280000 0.016236 3 0
2.1092E+04 13.896028 4.127195 -99.000000 2.134040 -10.160807 0.000000 0.003400 0.001938 0.000811 2.000E-02 -0.544E-06 lgTeff
170 6.986758 1.428E+04 -2.451448 -2.451448 14.999486 14.999486 0.700000 0.001004 0.280000 0.700000 -7.089849 713 6
2.706710 -0.618164 1.354751 -59.248358 -3.848820 -7.854536 0.000000 0.280000 0.009336 0.020000 0.280000 0.016254 3 0
2.6231E+04 14.525148 4.281342 -12.959087 2.518287 -9.894964 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.406E-06 lgTeff
180 7.156730 1.840E+04 -0.235368 -0.235196 14.999341 14.999341 0.700000 0.001004 0.280000 0.700000 -6.570512 727 6
2.759273 -0.137382 1.195616 -49.112676 -2.272322 -7.453590 0.000000 0.280000 0.009336 0.020000 0.280000 0.015895 3 0
3.2107E+04 15.177939 4.403950 -3.638869 2.932385 -9.615913 0.000000 0.003400 0.001938 0.000811 2.000E-02 0.561E-06 lgTeff
190 7.317898 2.346E+04 1.662751 1.662845 14.998997 14.998997 0.699999 0.001005 0.280000 0.700000 -6.092563 786 6
2.886014 0.311405 1.013058 -40.469421 0.722648 -7.202772 0.000000 0.280000 0.009336 0.020000 0.280000 0.015477 4 0
3.8881E+04 15.790486 4.460867 -2.001760 3.339485 -9.322279 0.000000 0.003385 0.001938 0.000811 2.000E-02 0.550E-06 varcontrol
200 7.470881 2.877E+04 4.252413 4.252598 14.998647 14.998647 0.699727 0.002679 0.280000 0.699938 -5.897833 874 6
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