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Diploma Thesis of Lubomir Host.
Title: Metoda Monte Carlo vo fyzike nizkoteplotnej plazmy. (Slovak language)

#!/usr/bin/gnuplot

reset

#set terminal postscript enhanced
#set output "slide-casy-zrazok.ps"
set terminal postscript eps enhanced 24
set output "slide-casy-zrazok.eps"

set grid
set logscale xy
set key left
set lmargin 7
set rmargin 2

set pointsize 2

set xlabel "{/Symbol a}"
#set ylabel "{/Symbol \341}t{/Symbol \361}"
#set ylabel "{/Symbol \341}t{/Symbol \361}"
set label "{/Symbol \273n}" at graph -0.12, graph 0.5 center rotate

set xtics ( \
"10^{-1}" 1e-1, \
"10^{-2}" 1e-2, \
"10^{-3}" 1e-3, \
"10^{-4}" 1e-4, \
"10^{-5}" 1e-5, \
"10^{-6}" 1e-6, \
"1" 1e0, \
"10^1" 1e1, \
"10^2" 1e2, \
"10^3" 1e3, \
"10^4" 1e4, \
"10^5" 1e5, \
"10^6" 1e6, \
"10^9" 1e9)

# set ytics ( \
# "10^{1 }" 1e1, \
# "10^{2 }" 1e2, \
# "10^{3 }" 1e3, \
# "10^{4 }" 1e4, \
# "10^{5 }" 1e5, \
# "10^{6 }" 1e6, \
# "10^{7 }" 1e7, \
# "10^{8 }" 1e8, \
# "10^{9 }" 1e9, \
# "10^{10}" 1e10, \
# "10^{11}" 1e11, \
# "10^{12}" 1e12, \
# "10^{13}" 1e13, \
# "10^{14}" 1e14)

set format y "10^{%T}"

set mytics 2

lambda = 3e-7

plot [1e-6:1e3][] \
    "casy-zrazok.dat" using 1:(1/$2) title "f(v_x)" with lp, \
    "casy-zrazok.dat" using 1:(1/$3) title "f_{3D}(v)" with lp

set nomultiplot

#pause -1