Table 2. Summary of Electrochemical and Mechanical Data.

			σ (mS cm–1)c
entry	Polymer Electrolytea	Tg (°C)b	30 °C	60 °C	G′ (MPa)d	tLi+e
1	P1	–40, 105	0.11	0.34	0.82	0.33
2	P2	–23, 90	0.23	2.5	67	0.62
3	P3	–45, 84	0.67	9.1	0.52	0.38
430a	PEO	–64	∼10–4	0.14	0.4–1f	0.2
528,30b	PEO-PS	–40, 80	0.012	0.23	10	0.1
624e	PEO34-PC	–48	0.037	∼0.1	n/a	n.a
724f	PEO34-PC-X	–45	0.032	1.3	<0.01	0.59
824b	PEEC	–34	0.016	∼0.1	n/a	0.40
924a	P(EC-co-EO)	–43	∼0.1	0.48	n/a	0.66
1024c	PTEC	–36	0.011	0.2g	n/a	0.39

^aSalt content varies; parameters reported for electrolytes at their optimized salt ratio for ionic conductivity. P1–P3 = this work, PS = polystyrene, PEO34-PC = poly(ethylene oxide carbonates) with 34 EO units to every carbonate, PEO₃₄-PC-X = cross-linked with 10 wt % MA, cross-linked PEEC = poly(ethylene ether carbonate), and PTEC = poly(triethylene glycol carbonate).

^bGlass transitions from DSC.

^cIonic conductivity.

^dStorage modulus at 30 °C.

^eLithium transference number. n/a = not reported.

^fDependent on crystallinity.

^gT = 80 °C.