Mixture of Promethazine hydrochloride + Water

Datasets

1. σ_cond - Electrical conductivity, S/m
2. γ - Surface tension liquid-gas, N/m

Electrical conductivity, S/m [ref]

Operational condition: Pressure, kPa = 101.3 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Molality, mol/kg of Promethazine hydrochloride (1) - Liquid	Electrical conductivity, S/m - Liquid
293.15	0.0048	0.0290
293.15	0.0094	0.0650
293.15	0.0136	0.0990
293.15	0.0176	0.1300
293.15	0.0214	0.1590
293.15	0.0250	0.1840
293.15	0.0284	0.2080
293.15	0.0316	0.2300
293.15	0.0346	0.2510
293.15	0.0375	0.2710
293.15	0.0402	0.2890
293.15	0.0429	0.3070
293.15	0.0453	0.3270
293.15	0.0477	0.3360
293.15	0.0500	0.3470
293.15	0.0522	0.3580
293.15	0.0543	0.3690
293.15	0.0563	0.3800
293.15	0.0582	0.3910
293.15	0.0600	0.4020
293.15	0.0618	0.4100
293.15	0.0635	0.4170
293.15	0.0651	0.4240
293.15	0.0667	0.4310
293.15	0.0682	0.4380
293.15	0.0696	0.4450
293.15	0.0711	0.4520
293.15	0.0724	0.4590
293.15	0.0737	0.4660
293.15	0.0750	0.4730
303.15	0.0048	0.0390
303.15	0.0094	0.0750
303.15	0.0136	0.1090
303.15	0.0176	0.1400
303.15	0.0214	0.1690
303.15	0.0250	0.1940
303.15	0.0284	0.2180
303.15	0.0316	0.2400
303.15	0.0346	0.2610
303.15	0.0375	0.2810
303.15	0.0402	0.2990
303.15	0.0429	0.3170
303.15	0.0453	0.3370
303.15	0.0477	0.3460
303.15	0.0500	0.3570
303.15	0.0522	0.3680
303.15	0.0543	0.3790
303.15	0.0563	0.3900
303.15	0.0582	0.4010
303.15	0.0600	0.4120
303.15	0.0618	0.4200
303.15	0.0635	0.4270
303.15	0.0651	0.4340
303.15	0.0667	0.4410
303.15	0.0682	0.4480
303.15	0.0696	0.4550
303.15	0.0711	0.4620
303.15	0.0724	0.4690
303.15	0.0737	0.4760
303.15	0.0750	0.4830
313.15	0.0048	0.0500
313.15	0.0094	0.0920
313.15	0.0136	0.1310
313.15	0.0176	0.1670
313.15	0.0214	0.1990
313.15	0.0250	0.2290
313.15	0.0284	0.2570
313.15	0.0316	0.2850
313.15	0.0346	0.3090
313.15	0.0375	0.3320
313.15	0.0402	0.3530
313.15	0.0429	0.3760
313.15	0.0453	0.3950
313.15	0.0477	0.4130
313.15	0.0500	0.4280
313.15	0.0522	0.4400
313.15	0.0543	0.4500
313.15	0.0563	0.4600
313.15	0.0582	0.4700
313.15	0.0600	0.4800
313.15	0.0618	0.4880
313.15	0.0635	0.4960
313.15	0.0651	0.5040
313.15	0.0667	0.5120
313.15	0.0682	0.5200
313.15	0.0696	0.5280
313.15	0.0711	0.5360
313.15	0.0724	0.5420
313.15	0.0737	0.5480
313.15	0.0750	0.5540
323.15	0.0048	0.0630
323.15	0.0094	0.1050
323.15	0.0136	0.1440
323.15	0.0176	0.1800
323.15	0.0214	0.2120
323.15	0.0250	0.2420
323.15	0.0284	0.2700
323.15	0.0316	0.2980
323.15	0.0346	0.3220
323.15	0.0375	0.3450
323.15	0.0402	0.3660
323.15	0.0429	0.3890
323.15	0.0453	0.4080
323.15	0.0477	0.4260
323.15	0.0500	0.4470
323.15	0.0522	0.4570
323.15	0.0543	0.4670
323.15	0.0563	0.4770
323.15	0.0582	0.4870
323.15	0.0600	0.4970
323.15	0.0618	0.5050
323.15	0.0635	0.5130
323.15	0.0651	0.5200
323.15	0.0667	0.5270
323.15	0.0682	0.5340
323.15	0.0696	0.5400
323.15	0.0711	0.5460
323.15	0.0724	0.5520
323.15	0.0737	0.5570
323.15	0.0750	0.5620

Surface tension liquid-gas, N/m [ref]

Operational condition: Temperature, K = 300 (Liquid)

Amount concentration (molarity), mol/dm3 of Promethazine hydrochloride (1) - Liquid	Surface tension liquid-gas, N/m - Liquid
0.0029	0.0713
0.0058	0.0641
0.0111	0.0565
0.0184	0.0503
0.0290	0.0464
0.0364	0.0434
0.0429	0.0425
0.0487	0.0422
0.0539	0.0421
0.0585	0.0421

Sources

• Effect of KCl on the Micellization and Clouding Phenomenon of the Amphiphilic Phenothiazine Drug Promethazine Hydrochloride: Some Thermodynamic Properties
• Thermodynamics of Some Amphiphilic Drugs in Presence of Additives