Table 2. SANS Parameters of the Solutions at Three Different Mole Fractions of CTAB at Different Temperatures.

model		parameters
XCTAB = 0.50		Req. core (Å)	thicknessshell, eq. (Å)	χ2
20 °C	core–shell ellipsoid	59.02	3.83	0.0025
35 °C	core–shell ellipsoid	22.02	17.31	0.0027

model		parameters
XCTAB = 0.50		radius minor (Å)	length (Å)	χ2
55 °C	elliptical cylinder	16.19	151.7	0.003

model		parameters
XCTAB = 0.55		radius minor (Å)	length (Å)	χ2
20 °C	core–shell ellipsoid	35.61	15.55	0.0029

model		parameters
XCTAB = 0.55		Rminor eq.a (Å)	Rmajor eq.a (Å)	Rpol.a (Å)	χ2
35 °C	core–shell triaxial ellipsoid	77.29	17.31	18.9	0.0032

model		parameters
XCTAB = 0.55		radius minor (Å)	length (Å)	χ2
55 °C	elliptical cylinder	16.21	186.82	0.0039

model		parameters
XCTAB = 0.8		Req. core (Å)	thicknesscore, eq. (Å)	χ2
20 °C	core–shell ellipsoid	30.89	14.8	0.003

model		parameters
XCTAB = 0.8		radius (Å)	length (Å)	χ2
35 °C	flexible cylinder	17.31	77.29	0.0028
55 °C	flexible cylinder	16.21	64.82	0.0031

^aR_minor eq. = minor equatorial radius, R_major eq. = major equatorial radius, and R_pol. = polar radius.