set size 0.7, 0.7
d=40
p[22:29][] \
"Sig_PA_EXP_50Ti.dat" u 1:($2+d*1) w lp lt 1 pt 1 dt 1 lc "black" ti "1", \
"Sig_PA_EXP_50Ti.dat" u 1:($2+d*2) w lp lt 2 pt 2 dt 2 lc "black" ti "2", \
"Sig_PA_EXP_50Ti.dat" u 1:($2+d*3) w lp lt 3 pt 3 dt 3 lc "black" ti "3", \
"Sig_PA_EXP_50Ti.dat" u 1:($2+d*4) w lp lt 4 pt 4 dt 4 lc "black" ti "4", \
"Sig_PA_EXP_50Ti.dat" u 1:($2+d*5) w lp lt 5 pt 5 dt 5 lc "black" ti "5", \
"Sig_PA_EXP_50Ti.dat" u 1:($2+d*6) w lp lt 6 pt 6 dt 6 lc "black" ti "6", \
"Sig_PA_EXP_50Ti.dat" u 1:($2+d*7) w lp lt 7 pt 7 dt 7 lc "black" ti "7", \
"Sig_PA_EXP_50Ti.dat" u 1:($2+d*8) w lp lt 8 pt 8 dt 8 lc "black" ti "8", \
"Sig_PA_EXP_50Ti.dat" u 1:($2+d*9) w lp lt 9 pt 9 dt 9 lc "black" ti "9", \
set terminal pbm
set output "hogee.pbm"
replot
unset output
set terminal x11
unset label
#reset
############################################ DATA FILE
#SUBENT M0326005
#AUTHORS R.E.Pywell, M.N.Thompson, R.A.Hicks
#REFERENCE Nuclear Physics, Section A Vol.325, p.116
#YEAR 1979
#TITLE A measurement of the Ti-50(g,n) and Ti-50(g,n0) cross
#+ sections.
#REACTION 22-TI-50(G,X)0-NN-1,,SIG,,BRS
#QUANTITY Cross section
#SUBP M0326005
#Ene,MeV Sig,mb dSig,mb
10.36 0.7 0
10.47 0.4 0
10.54 0.4 0
10.61 1.1 0
10.64 1.1 0
10.72 1.5 0
10.86 1.1 0
11.07 1.8 0
11.22 1.8 0
11.36 2.2 0
11.54 3.3 0
11.68 3.7 0
11.86 6.6 0
11.97 7 0
12.15 8 0.7
12.22 9.5 0.9
12.4 9.2 0.9
12.51 9.9 1.3
12.61 11 1.3
12.72 11.4 1.1
12.79 11.7 1.1
12.86 13.6 1.1
13.04 12.8 1.1
13.11 11.7 1.5
13.22 12.4 1.1
13.29 11.7 1.1
13.36 13.2 1.5
13.44 14.3 1.5
13.65 15.4 1.5
13.72 15.8 1.3
13.79 17.6 1.5
13.9 17.2 1.8
13.97 15.4 1.8
14.01 14.3 1.5
14.15 19 1.5
14.29 20.2 1.5
14.4 18 1.5
14.44 20.2 1.5
14.58 19 1.8
14.65 18.7 1.3
14.76 19 1.5
14.83 19 1.8
14.94 19.4 1.5
15.05 25.6 1.8
15.22 26.7 2.2
15.3 28.2 1.8
15.44 31.5 2.4
15.55 33.3 3.1
15.62 40.3 3.1
15.76 44.3 3.1
15.94 45.4 3.8
15.96 38.8 2.6
16.05 42.1 3.3
16.16 41.4 3.3
16.26 44.3 2
16.3 47.6 2
16.34 45.8 2.2
16.44 46.9 4
16.51 45.8 3.7
16.67 47.6 4
16.77 50.6 4
16.8 58.6 3.7
16.87 64.1 3.3
17.02 59.3 2.9
17.12 63.4 2.6
17.16 67 4.5
17.3 72.2 6.2
17.45 72.5 5.9
17.52 67.4 5.3
17.59 72.5 5.7
17.7 72.9 5.5
17.77 79.1 6.2
17.8 65.9 5.1
17.98 74 6.6
18.09 74.7 6.6
18.2 75.1 6.6
18.27 82 7.3
18.3 72.2 5.9
18.45 73.3 5.5
18.55 67.4 5.5
18.63 65.9 5.1
18.73 70.3 5.1
18.84 68.9 5.1
19.02 67 5.1
19.09 53.8 5.5
19.16 59.6 6.1
19.31 71.9 11.2
19.34 65.8 10.7
19.45 64.2 9.7
19.59 69.7 9.8
19.63 69.2 11.3
19.77 53.2 10.2
19.84 58.2 9.5
19.88 68.6 10.8
19.95 58.2 10.4
19.99 60.2 10.2
20.17 58.2 9.8
20.31 64.8 9.7
20.38 59.2 9.7
20.49 63.2 9.8
20.59 87.5 9.8
20.7 71.9 11
20.77 65.2 10.8
20.88 66.2 11.2
20.92 68.8 10.2
21.06 56.7 10.8
21.17 60.8 10.3
21.2 64.8 10.3
21.31 65.2 10.8
21.49 73.2 10.4
21.56 67.5 10.8
21.6 65.2 10.4
21.81 67.2 10.9
21.85 58.6 10.2
21.96 54.2 10.2
22.1 63.2 9.8
22.24 62.9 11.3
22.31 57.2 11.1
22.38 59.7 10.7
22.45 61.8 10.3
22.6 62.3 10.9
22.67 57.2 10.9
23.1 46.2 10.4
23.12 50.2 10.2
23.27 57.7 9.8
23.31 48.6 10.3
23.49 49.3 10.5
23.56 46.7 9.5
23.7 40.7 9.2
23.81 50.2 9.1
23.92 42.6 8.9
24.03 25.2 8.5
24.17 28.4 8.2
24.28 35.1 7.5
24.39 26.4 8.1
24.53 25.2 7.7
24.57 14.5 2
24.64 15.8 2.1
24.85 16 2.2
24.89 15.5 2.3
25.03 17.3 2.5
25.21 10.3 1.1
25.25 7.2 2.1
25.35 9 2.2
25.43 10 1.4
25.5 11.7 1.5
25.57 13 1.8
25.75 10.8 1.7
25.82 11.9 1.4
25.96 10.9 1.5
26 12.6 1.4
26.18 10.9 1.4
26.25 11.6 1.5
#END
############################################
