. 2016 Aug 9;8(1):233–244. doi: 10.1039/c6py01191h

Table 2. N _agg and turbidimetry data for polymers 11–17 .

Polymer	Corona	Mol% nBA in core block	N _agg	Cloud point/°C	Degree of hysteresis/°C
11	mCTA3	46	9	20.3 ^a ^, ^d	0.4
12	mCTA3	68	66	21.0 ^a ^, ^d	0.5
13	mCTA3	77	75	19.8 ^a ^, ^d	0.1
14	mCTA3	88	85	20.5 ^b ^, ^d	Irreversible ^c
15	mCTA3	100	116	22.1 ^b ^, ^d	Irreversible ^c

16	mCTA4	44	12	61.1 ^a ^, ^e	1.1
17	mCTA4	100	33	62.5 ^b ^, ^e	Irreversible ^c

^aMean cloud point upon heating the micellar solutions determined using turbidimetry data across from three heating and cooling cycles.

^bFor micelles with irreversible transitions, the cloud point from the first heating cycle is shown.

^cThe degree of hysteresis from solutions exhibiting irreversible phase transitions was not determined as the normalized transmittance did not reach 0.5 in the cooling cycle.

^dHeated from 10–40 °C.

^eHeated from 50–95 °C.

Table 2. N agg and turbidimetry data for polymers 11–17 .

Table 2. N _agg and turbidimetry data for polymers 11–17 .