Table 3.

Molecular Weight Distribution Data & Glass Transition for PFS/MMA copolymers.

FPFS 1)	$\partial \mathit{n}/\partial \mathit{c}{ }^{2)}$ $\left[\mathit{m}\mathit{L} {\mathit{g}}^{-1}\right]$	${\overline{\mathit{M}}}_{\mathit{n}} \left(\mathbf{Da}\right){ }^{3)}$ $\left[\mathit{g} \mathit{m}\mathit{o}{\mathit{l}}^{-1}\right]$	${\overline{\mathit{M}}}_{\mathit{w}} \left(\mathbf{Da}\right){ }^{3)}$ $\left[\mathit{g} \mathit{m}\mathit{o}{\mathit{l}}^{-1}\right]$	Đ 3) $Đ{\overline{\mathit{M}}}_{\mathit{w}}/{\overline{\mathit{M}}}_{\mathit{n}}\rceil$	Tg 4) $[°C]$
0.08	0.0767	21,100	25,310	1.20	110
0.18	0.0706	14,720	18,970	1.29	107
0.32	0.0632	13,790	15,860	1.15	100
0.57	0.0529	10,650	11,910	1.13	90
0.81	0.0455	10,550	13,060	1.24	88
0.89	0.0435	51,700	73,250	1.42	84
1.00	0.0411	17,400	19,900	1.14	79

¹⁾ Final molar copolymer composition, $F_{PFS}$ ²⁾ $\partial n/\partial c$ used was weight average of the homopolymers (0.0411 for poly(PFS) and 0.0831 for poly(MMA)) ³⁾ Number-average molecular weight (${\overline{M}}_n$), weight-average molecular weight (${\overline{M}}_w$) and the dispersity (Đ = Mw/Mn) were determined by gel permeation chromatography (GPC)*. ⁴⁾ glass transition temperature determined by differential scanning calorimetry (DSC).