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. 2022 Nov 8;38(46):14371–14386. doi: 10.1021/acs.langmuir.2c02515

Table 1. Characterization of the Polymers Obtained in This Study by RAFT Polymerization.

polymer conv. % (NMR)a Mn (GPC) g mol–1 × 10–3 Mn (calc)bg mol–1 × 10–3 Đ(GPC) Mw/Mn
G275 >95 8.2 14.1 1.08
H66-b-G275 88 15.7 28.2 1.17
G475 >95 11.0 22.5 1.12
H38-b-G475 92 16.3 30.6 1.19
H73-b-G475 73 18.6 38.0 1.20
G975 >95 13.7 37.5 1.13
H93-b-G975 93 23.3 57.3 1.15
G269G96 >95 8.8 16.0 1.09
H75-b-G269G96 >95 15.8 32.0 1.13
G264G911 >95 9.3 17.5 1.09
H68-b-G264G911 90 16.0 32.0 1.14
G253G922 >95 10.0 21.0 1.08
H45-b-G253G922 89 15.9 30.6 1.15
H60-b-G253G922 80 15.5 33.8 1.15
G222G953 >95 12.2 30.6 1.11
H67-b-G222G953 89 17.7 44.9 1.17
a

Conversion for OEGMA polymerization or chain extension where applicable. NMR conversion values are calculated as follows: Inline graphic, where I0 and It are the intensities of the vinyl signals from monomers at time = 0 and t, relative to the terminal OEGMA signal −OCH3 (3H).

b

Inline graphic, where[M]0,TOT = sum of all monomers; Inline graphic.