Table 1.

Thermodynamic parameters for different strengths of the applied force. The ratio $\eta$ is defined in Equation (2). The effective ratio is given by ${\eta }_{eff}=\Delta G/H_f$. The extrapolated equilibrium melting temperature has been calculated based on Equation (1). The extrapolated equilibrium heat of fusion is given by $H_f^0=8.945$ kJ/mol, see Figure 7.

Force	${\mathit{H}}_{\mathit{f}}$	$\mathbf{\Delta }\mathit{G}$	${\mathit{\eta }}_{\mathit{eff}}$	$\mathit{\eta }$	${\mathit{T}}_{\mathit{m}}^0\left(\mathit{f}\right)$
(pN)	(kJ/mol/Monomer)	(kJ/mol/Monomer)	(%)	(%)	K
0.0	4.183	0.000	0.0	0.0	523.2
1.4	4.605	0.017	0.3	0.2	524.2
2.8	4.975	0.069	1.4	0.8	527.4
4.2	5.345	0.159	3.0	1.8	532.6
5.6	5.979	0.286	4.8	3.2	539.9
7.0	6.349	0.443	7.0	4.9	548.8
8.4	6.929	0.632	9.1	7.0	559.8