Table 1.

Experimental solubilities (x_e) of emtricitabine (ECT) in mole fraction in various pure solvents (PS) at T = 298.2 K to 318.2 K and p = 0.1 MPa ^a.

PS	x e
	T = 298.2 K	T = 303.2 K	T = 308.2 K	T = 313.2 K	T = 318.2 K
EA	3.63 × 10−4	5.34 × 10−4	7.12 × 10−4	9.96 × 10−4	1.28 × 10−3
2-Butanol	2.43 × 10−3	2.98 × 10−3	3.94 × 10−3	5.07 × 10−3	6.55 × 10−3
DMSO	2.56 × 10-3	3.15 × 10−3	4.09 × 10−3	5.34 × 10−3	6.59 × 10−3
1-Butanol	2.89 × 10−3	3.46 × 10−3	4.32 × 10−3	5.36 × 10−3	6.84 × 10−3
Ethanol	3.82 × 10−3	4.54 × 10−3	5.31 × 10−3	6.29 × 10−3	7.76 × 10−3
IPA	3.95 × 10−3	4.64 × 10−3	5.58 × 10−3	6.76 × 10−3	8.19 × 10−3
Water	8.02 × 10−3	8.66 × 10−3	9.45 × 10−3	1.03 × 10−2	1.13 × 10−2
Methanol	1.08 × 10−2	1.17 × 10−2	1.26 × 10−2	1.38 × 10−2	1.49 × 10−2
PG	3.18 × 10−2	3.27 × 10−2	3.47 × 10−2	3.67 × 10−2	3.90 × 10−2
THP	3.20 × 10−2	3.45 × 10−2	3.81 × 10−2	4.10 × 10−2	4.65 × 10−2
EG	4.66 × 10−2	4.87 × 10−2	5.12 × 10−2	5.39 × 10−2	5.72 × 10−2
PEG-400	1.09 × 10−1	1.15 × 10−1	1.23 × 10−1	1.32 × 10−1	1.41 × 10−1
xidl	3.74 × 10−2	4.35 × 10−2	5.05 × 10−2	5.85 × 10−2	6.76 × 10−2

^a The relative uncertainties u_r are u_r(T) = 0.013, u_r(p) = 0.003 and u_r(x_e) = 0.014.