
\begin{figure}
\beginpicture
\setcoordinatesystem units <1mm,1mm>
\put {~} at -27 0
\tickstovaluesleading10pt
\longticklength4pt
\shortticklength2pt
\setplotarea x from 0 to 90, y from 0 to 60

\axis bottom
        label {$ t / \mathrm{min}$}
        ticks in withvalues 0 100 200 300 400 /
        quantity 5 short quantity 9
        /
\axis left
        label {$c / \mathrm{M}$}
        ticks in withvalues 0 0.3 0.6 0.9 1.2 /
        quantity 5 short quantity 9
        /
\axis top
        ticks in quantity 5 short quantity 9
        /
\axis right
        ticks in quantity 5 short quantity 9
        /

\inboundscheckon
\setquadratic
\setdashpattern <3mm,1mm,0.5mm,1mm>
\plot
0.000	52.000	
2.250	52.000	
8.775	51.116	
15.075	49.140	
18.450	47.684	
21.825	45.344	
25.200	42.484	
28.800	39.572	
32.175	36.712	
35.325	33.800	
38.700	30.628	
42.075	27.144	
45.450	23.712	
48.825	19.916	
51.300	17.888	
56.250	13.312	
59.400	10.712	
63.000	7.800	
69.075	2.912	
71.100	1.456	
73.350	0.96
78.875  0.00
85.000	0.00
/

\multiput {$\circ$} at
0.000	52.000
2.250	52.000
8.775	51.116
15.075	49.140
18.450	47.684
21.825	45.344
25.200	42.484
28.800	39.572
32.175	36.712
35.325	33.800
38.700	30.628
42.075	27.144
45.450	23.712
48.825	19.916
51.300	17.888
56.250	13.312
59.400	10.712
63.000	7.800
69.075	2.912
71.100	1.456
73.350	0.96
78.875	0.000
85.000	0.000
/

\endpicture

\caption{Typische Abhängigkeit der Monomerkonzentration von der Zeit
für die Polymerisation von {\footnotesize MMA}
mit Dimethylzirconocen und Tritylborat. Reaktionsbedingungen: Lösemittel = Toluol,
{\it T} = \unit[0]{$^\circ$C}, 
[MMA]$_0$ = \unit[1.04]{M},
$[\mathrm{Cp_2ZrMe_2]_0}$ = \unit[3.25]{mM}, 
$[\mathrm{Ph_3CB(C_6F_5)_4]_0}$ = \unit[0.25]{mM}. 
}

\end{figure}
