Mixture of phosphonic acid + Formamide, N,N-dimethyl-

Datasets

1. η - Viscosity, Pa*s (2)
2. σ_cond - Electrical conductivity, S/m (2)
3. ρ_l - Mass density, kg/m3 (2)

Viscosity, Pa*s [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed		Measured
Mole fraction of phosphonic acid (1) - Liquid	Temperature, K - Liquid	Viscosity, Pa*s - Liquid
0.0000	298.15	0.0008
0.1973	298.15	0.0029
0.2507	298.15	0.0047
0.2984	298.15	0.0071
0.3115	298.15	0.0079
0.3491	298.15	0.0115
0.3968	298.15	0.0176
0.3988	298.15	0.0178
0.4107	298.15	0.0207
0.4479	298.15	0.0287
0.4968	298.15	0.0416
0.5074	298.15	0.0439
0.5503	298.15	0.0624
0.5761	298.15	0.0735
0.5993	298.15	0.0805
0.6261	298.15	0.0900
0.6316	298.15	0.0952
0.6478	298.15	0.1028
0.6554	298.15	0.1033
0.6820	298.15	0.1135
0.7142	298.15	0.1227
0.7694	298.15	0.1398
0.7832	298.15	0.1425
0.0000	308.15	0.0007
0.1973	308.15	0.0025
0.2507	308.15	0.0039
0.2984	308.15	0.0057
0.3115	308.15	0.0063
0.3491	308.15	0.0091
0.3968	308.15	0.0133
0.3988	308.15	0.0140
0.4107	308.15	0.0154
0.4479	308.15	0.0209
0.4968	308.15	0.0292
0.5074	308.15	0.0303
0.5503	308.15	0.0424
0.5761	308.15	0.0486
0.5993	308.15	0.0510
0.6261	308.15	0.0594
0.6316	308.15	0.0612
0.6478	308.15	0.0645
0.6554	308.15	0.0661
0.6820	308.15	0.0724
0.7142	308.15	0.0783
0.7694	308.15	0.0874
0.7832	308.15	0.0882
0.0000	318.15	0.0006
0.1973	318.15	0.0022
0.2507	318.15	0.0034
0.2984	318.15	0.0048
0.3115	318.15	0.0052
0.3491	318.15	0.0073
0.3968	318.15	0.0105
0.3988	318.15	0.0106
0.4107	318.15	0.0120
0.4479	318.15	0.0158
0.4968	318.15	0.0212
0.5074	318.15	0.0222
0.5503	318.15	0.0300
0.5761	318.15	0.0341
0.5993	318.15	0.0352
0.6261	318.15	0.0412
0.6316	318.15	0.0420
0.6478	318.15	0.0436
0.6554	318.15	0.0450
0.6820	318.15	0.0490
0.7142	318.15	0.0514
0.7694	318.15	0.0573
0.7832	318.15	0.0584
0.0000	328.15	0.0006
0.1973	328.15	0.0019
0.2507	328.15	0.0029
0.2984	328.15	0.0041
0.3115	328.15	0.0043
0.3491	328.15	0.0060
0.3968	328.15	0.0086
0.3988	328.15	0.0085
0.4107	328.15	0.0096
0.4479	328.15	0.0123
0.4968	328.15	0.0162
0.5074	328.15	0.0160
0.5503	328.15	0.0220
0.5761	328.15	0.0249
0.5993	328.15	0.0255
0.6261	328.15	0.0295
0.6316	328.15	0.0301
0.6478	328.15	0.0322
0.6554	328.15	0.0320
0.6820	328.15	0.0344
0.7142	328.15	0.0371
0.7694	328.15	0.0398
0.7832	328.15	0.0405
0.0000	338.15	0.0005
0.1973	338.15	0.0017
0.2507	338.15	0.0024
0.2984	338.15	0.0035
0.3115	338.15	0.0037
0.3491	338.15	0.0050
0.3968	338.15	0.0070
0.3988	338.15	0.0070
0.4107	338.15	0.0077
0.4479	338.15	0.0099
0.4968	338.15	0.0127
0.5074	338.15	0.0116
0.5503	338.15	0.0172
0.5761	338.15	0.0187
0.5993	338.15	0.0192
0.6261	338.15	0.0226
0.6316	338.15	0.0223
0.6478	338.15	0.0238
0.6554	338.15	0.0236
0.6820	338.15	0.0252
0.7142	338.15	0.0270
0.7694	338.15	0.0286
0.7832	338.15	0.0291

Viscosity, Pa*s [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed		Measured
Mole fraction of phosphonic acid (1) - Liquid	Temperature, K - Liquid	Viscosity, Pa*s - Liquid
0.0000	298.15	0.0008
0.1973	298.15	0.0029
0.2507	298.15	0.0047
0.2984	298.15	0.0071
0.3115	298.15	0.0079
0.3491	298.15	0.0115
0.3968	298.15	0.0176
0.3988	298.15	0.0178
0.4107	298.15	0.0207
0.4479	298.15	0.0287
0.4968	298.15	0.0416
0.5074	298.15	0.0439
0.5503	298.15	0.0624
0.5761	298.15	0.0735
0.5993	298.15	0.0805
0.6261	298.15	0.0900
0.6316	298.15	0.0952
0.6478	298.15	0.1028
0.6554	298.15	0.1033
0.6820	298.15	0.1135
0.7142	298.15	0.1227
0.7694	298.15	0.1398
0.7832	298.15	0.1425
0.0000	308.15	0.0007
0.1973	308.15	0.0025
0.2507	308.15	0.0039
0.2984	308.15	0.0057
0.3115	308.15	0.0063
0.3491	308.15	0.0091
0.3968	308.15	0.0133
0.3988	308.15	0.0140
0.4107	308.15	0.0154
0.4479	308.15	0.0209
0.4968	308.15	0.0292
0.5074	308.15	0.0303
0.5503	308.15	0.0424
0.5761	308.15	0.0486
0.5993	308.15	0.0510
0.6261	308.15	0.0594
0.6316	308.15	0.0612
0.6478	308.15	0.0645
0.6554	308.15	0.0661
0.6820	308.15	0.0724
0.7142	308.15	0.0783
0.7694	308.15	0.0874
0.7832	308.15	0.0882
0.0000	318.15	0.0006
0.1973	318.15	0.0022
0.2507	318.15	0.0034
0.2984	318.15	0.0048
0.3115	318.15	0.0052
0.3491	318.15	0.0073
0.3968	318.15	0.0105
0.3988	318.15	0.0106
0.4107	318.15	0.0120
0.4479	318.15	0.0158
0.4968	318.15	0.0212
0.5074	318.15	0.0222
0.5503	318.15	0.0300
0.5761	318.15	0.0341
0.5993	318.15	0.0352
0.6261	318.15	0.0412
0.6316	318.15	0.0420
0.6478	318.15	0.0436
0.6554	318.15	0.0450
0.6820	318.15	0.0490
0.7142	318.15	0.0514
0.7694	318.15	0.0573
0.7832	318.15	0.0584
0.0000	328.15	0.0006
0.1973	328.15	0.0019
0.2507	328.15	0.0029
0.2984	328.15	0.0041
0.3115	328.15	0.0043
0.3491	328.15	0.0060
0.3968	328.15	0.0086
0.3988	328.15	0.0085
0.4107	328.15	0.0096
0.4479	328.15	0.0123
0.4968	328.15	0.0162
0.5074	328.15	0.0160
0.5503	328.15	0.0220
0.5761	328.15	0.0249
0.5993	328.15	0.0255
0.6261	328.15	0.0295
0.6316	328.15	0.0301
0.6478	328.15	0.0322
0.6554	328.15	0.0320
0.6820	328.15	0.0344
0.7142	328.15	0.0371
0.7694	328.15	0.0398
0.7832	328.15	0.0405
0.0000	338.15	0.0005
0.1973	338.15	0.0017
0.2507	338.15	0.0024
0.2984	338.15	0.0035
0.3115	338.15	0.0037
0.3491	338.15	0.0050
0.3968	338.15	0.0070
0.3988	338.15	0.0070
0.4107	338.15	0.0077
0.4479	338.15	0.0099
0.4968	338.15	0.0127
0.5074	338.15	0.0116
0.5503	338.15	0.0172
0.5761	338.15	0.0187
0.5993	338.15	0.0192
0.6261	338.15	0.0226
0.6316	338.15	0.0223
0.6478	338.15	0.0238
0.6554	338.15	0.0236
0.6820	338.15	0.0252
0.7142	338.15	0.0270
0.7694	338.15	0.0286
0.7832	338.15	0.0291

Electrical conductivity, S/m [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed		Measured
Mole fraction of phosphonic acid (1) - Liquid	Temperature, K - Liquid	Electrical conductivity, S/m - Liquid
0.1181	298.15	0.0572
0.2984	298.15	0.0925
0.3298	298.15	0.0934
0.3968	298.15	0.1290
0.4479	298.15	0.1410
0.5761	298.15	0.2160
0.6316	298.15	0.2940
0.6554	298.15	0.3330
0.6820	298.15	0.4110
0.7694	298.15	0.6630
0.7832	298.15	0.7020
0.1181	308.15	0.0647
0.2984	308.15	0.1160
0.3298	308.15	0.1190
0.3968	308.15	0.1690
0.4479	308.15	0.1900
0.5761	308.15	0.3010
0.6316	308.15	0.4100
0.6554	308.15	0.4760
0.6820	308.15	0.5890
0.7694	308.15	0.9590
0.7832	308.15	1.02
0.1181	318.15	0.0725
0.2984	318.15	0.1420
0.3298	318.15	0.1480
0.3968	318.15	0.2170
0.4479	318.15	0.2500
0.5761	318.15	0.3970
0.6316	318.15	0.5480
0.6554	318.15	0.6260
0.6820	318.15	0.8100
0.7694	318.15	1.33
0.7832	318.15	1.41
0.1181	328.15	0.0815
0.2984	328.15	0.1730
0.3298	328.15	0.1830
0.3968	328.15	0.2750
0.4479	328.15	0.3160
0.5761	328.15	0.5120
0.6316	328.15	0.7100
0.6554	328.15	0.8020
0.6820	328.15	1.07
0.7694	328.15	1.77
0.7832	328.15	1.91
0.1181	338.15	0.1200
0.2984	338.15	0.2120
0.3298	338.15	0.2260
0.3968	338.15	0.3510
0.4479	338.15	0.3560
0.5761	338.15	0.6420
0.6316	338.15	0.8910
0.6554	338.15	1.06
0.6820	338.15	1.39
0.7694	338.15	2.29
0.7832	338.15	2.42

Electrical conductivity, S/m [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed		Measured
Mole fraction of phosphonic acid (1) - Liquid	Temperature, K - Liquid	Electrical conductivity, S/m - Liquid
0.1181	298.15	0.0572
0.2984	298.15	0.0925
0.3298	298.15	0.0934
0.3968	298.15	0.1290
0.4479	298.15	0.1410
0.5761	298.15	0.2160
0.6316	298.15	0.2940
0.6554	298.15	0.3330
0.6820	298.15	0.4110
0.7694	298.15	0.6630
0.7832	298.15	0.7020
0.1181	308.15	0.0647
0.2984	308.15	0.1160
0.3298	308.15	0.1190
0.3968	308.15	0.1690
0.4479	308.15	0.1900
0.5761	308.15	0.3010
0.6316	308.15	0.4100
0.6554	308.15	0.4760
0.6820	308.15	0.5890
0.7694	308.15	0.9590
0.7832	308.15	1.02
0.1181	318.15	0.0725
0.2984	318.15	0.1420
0.3298	318.15	0.1480
0.3968	318.15	0.2170
0.4479	318.15	0.2500
0.5761	318.15	0.3970
0.6316	318.15	0.5480
0.6554	318.15	0.6260
0.6820	318.15	0.8100
0.7694	318.15	1.33
0.7832	318.15	1.41
0.1181	328.15	0.0815
0.2984	328.15	0.1730
0.3298	328.15	0.1830
0.3968	328.15	0.2750
0.4479	328.15	0.3160
0.5761	328.15	0.5120
0.6316	328.15	0.7100
0.6554	328.15	0.8020
0.6820	328.15	1.07
0.7694	328.15	1.77
0.7832	328.15	1.91
0.1181	338.15	0.1200
0.2984	338.15	0.2120
0.3298	338.15	0.2260
0.3968	338.15	0.3510
0.4479	338.15	0.3560
0.5761	338.15	0.6420
0.6316	338.15	0.8910
0.6554	338.15	1.06
0.6820	338.15	1.39
0.7694	338.15	2.29
0.7832	338.15	2.42

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of phosphonic acid (1) - Liquid	Mass density, kg/m3 - Liquid
298.15	0.0000	943.92
298.15	0.0911	992.53
298.15	0.1365	1016.46
298.15	0.1798	1040.55
298.15	0.1829	1041.85
298.15	0.2293	1069.29
298.15	0.2910	1104.79
298.15	0.3298	1129.74
298.15	0.3442	1137.78
298.15	0.3712	1154.77
298.15	0.3937	1169.25
298.15	0.4107	1182.13
298.15	0.4210	1188.34
298.15	0.4479	1207.13
298.15	0.4707	1221.83
298.15	0.4930	1235.89
298.15	0.5074	1244.77
298.15	0.5196	1255.1
298.15	0.5429	1270.6
298.15	0.5724	1292.1
298.15	0.5925	1306.05
298.15	0.6245	1328.62
298.15	0.6554	1355.76
298.15	0.6753	1364.54
298.15	0.6923	1378.85
298.15	0.7142	1399.02
298.15	0.7250	1401.52
298.15	0.7592	1432.85
298.15	0.7694	1444.0
298.15	0.7845	1450.65
308.15	0.0000	934.35
308.15	0.0911	983.17
308.15	0.1365	1007.16
308.15	0.1798	1031.35
308.15	0.1829	1032.63
308.15	0.2293	1060.16
308.15	0.2910	1095.72
308.15	0.3298	1120.73
308.15	0.3442	1128.83
308.15	0.3712	1145.98
308.15	0.3937	1160.41
308.15	0.4107	1173.31
308.15	0.4210	1179.34
308.15	0.4479	1198.35
308.15	0.4707	1213.06
308.15	0.4930	1227.23
308.15	0.5074	1236.13
308.15	0.5196	1246.49
308.15	0.5429	1262.02
308.15	0.5724	1283.54
308.15	0.5925	1297.57
308.15	0.6245	1320.2
308.15	0.6554	1347.39
308.15	0.6753	1356.23
308.15	0.6923	1370.56
308.15	0.7142	1390.77
308.15	0.7250	1393.35
308.15	0.7592	1424.69
308.15	0.7694	1435.87
308.15	0.7845	1442.56
318.15	0.0000	924.72
318.15	0.0911	973.7
318.15	0.1365	997.83
318.15	0.1798	1022.15
318.15	0.1829	1023.41
318.15	0.2293	1051.04
318.15	0.2910	1086.67
318.15	0.3298	1111.75
318.15	0.3442	1119.89
318.15	0.3712	1137.21
318.15	0.3937	1151.58
318.15	0.4107	1164.51
318.15	0.4210	1170.67
318.15	0.4479	1189.61
318.15	0.4707	1204.42
318.15	0.4930	1218.59
318.15	0.5074	1227.51
318.15	0.5196	1237.92
318.15	0.5429	1253.45
318.15	0.5724	1275.06
318.15	0.5925	1289.1
318.15	0.6245	1311.81
318.15	0.6554	1339.01
318.15	0.6753	1347.93
318.15	0.6923	1362.29
318.15	0.7142	1382.56
318.15	0.7250	1385.03
318.15	0.7592	1416.55
318.15	0.7694	1427.77
318.15	0.7845	1434.51
328.15	0.0000	915.06
328.15	0.0911	962.58
328.15	0.1365	987.46
328.15	0.1798	1011.93
328.15	0.1829	1013.72
328.15	0.2293	1040.86
328.15	0.2910	1078.19
328.15	0.3298	1102.77
328.15	0.3442	1111.65
328.15	0.3712	1129.07
328.15	0.3937	1143.78
328.15	0.4107	1155.04
328.15	0.4210	1161.92
328.15	0.4479	1180.89
328.15	0.4707	1195.74
328.15	0.4930	1211.17
328.15	0.5074	1221.28
328.15	0.5196	1229.86
328.15	0.5429	1246.5
328.15	0.5724	1267.84
328.15	0.5925	1282.63
328.15	0.6245	1306.4
328.15	0.6554	1330.73
328.15	0.6753	1345.08
328.15	0.6923	1358.22
328.15	0.7142	1375.29
328.15	0.7250	1383.85
328.15	0.7592	1411.1
328.15	0.7694	1419.7
328.15	0.7845	1430.74
338.15	0.0000	905.35
338.15	0.0911	954.96
338.15	0.1365	979.11
338.15	0.1798	1003.68
338.15	0.1829	1004.95
338.15	0.2293	1032.82
338.15	0.2910	1068.59
338.15	0.3298	1093.82
338.15	0.3442	1102.06
338.15	0.3712	1119.72
338.15	0.3937	1133.99
338.15	0.4107	1155.74
338.15	0.4210	1160.23
338.15	0.4479	1172.2
338.15	0.4707	1187.28
338.15	0.4930	1201.35
338.15	0.5074	1210.34
338.15	0.5196	1220.86
338.15	0.5429	1236.41
338.15	0.5724	1258.27
338.15	0.5925	1272.25
338.15	0.6245	1295.1
338.15	0.6554	1322.46
338.15	0.6753	1331.43
338.15	0.6923	1345.85
338.15	0.7142	1374.38
338.15	0.7250	1368.62
338.15	0.7592	1400.4
338.15	0.7694	1411.68
338.15	0.7845	1422.74
348.15	0.0000	895.57
348.15	0.0911	945.43
348.15	0.1365	969.77
348.15	0.1798	994.4
348.15	0.1829	995.9
348.15	0.2293	1023.58
348.15	0.2910	1059.58
348.15	0.3298	1084.14
348.15	0.3442	1093.18
348.15	0.3712	1110.71
348.15	0.3937	1125.23
348.15	0.4107	1147.0
348.15	0.4210	1150.66
348.15	0.4479	1158.49
348.15	0.4707	1177.52
348.15	0.4930	1192.77
348.15	0.5074	1201.8
348.15	0.5196	1210.75
348.15	0.5429	1227.92
348.15	0.5724	1254.23
348.15	0.5925	1263.87
348.15	0.6245	1286.78
348.15	0.6554	1310.01
348.15	0.6753	1324.98
348.15	0.6923	1337.69
348.15	0.7142	1366.2
348.15	0.7250	1373.0
348.15	0.7592	1394.6
348.15	0.7694	1401.02
348.15	0.7845	1410.65

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of phosphonic acid (1) - Liquid	Mass density, kg/m3 - Liquid
298.15	0.0000	943.92
298.15	0.0911	992.53
298.15	0.1365	1016.46
298.15	0.1798	1040.55
298.15	0.1829	1041.85
298.15	0.2293	1069.29
298.15	0.2910	1104.79
298.15	0.3298	1129.74
298.15	0.3442	1137.78
298.15	0.3712	1154.77
298.15	0.3937	1169.25
298.15	0.4107	1182.13
298.15	0.4210	1188.34
298.15	0.4479	1207.13
298.15	0.4707	1221.83
298.15	0.4930	1235.89
298.15	0.5074	1244.77
298.15	0.5196	1255.1
298.15	0.5429	1270.6
298.15	0.5724	1292.1
298.15	0.5925	1306.05
298.15	0.6245	1328.62
298.15	0.6554	1355.76
298.15	0.6753	1364.54
298.15	0.6923	1378.85
298.15	0.7142	1399.02
298.15	0.7250	1401.52
298.15	0.7592	1432.85
298.15	0.7694	1444.0
298.15	0.7845	1450.65
308.15	0.0000	934.35
308.15	0.0911	983.17
308.15	0.1365	1007.16
308.15	0.1798	1031.35
308.15	0.1829	1032.63
308.15	0.2293	1060.16
308.15	0.2910	1095.72
308.15	0.3298	1120.73
308.15	0.3442	1128.83
308.15	0.3712	1145.98
308.15	0.3937	1160.41
308.15	0.4107	1173.31
308.15	0.4210	1179.34
308.15	0.4479	1198.35
308.15	0.4707	1213.06
308.15	0.4930	1227.23
308.15	0.5074	1236.13
308.15	0.5196	1246.49
308.15	0.5429	1262.02
308.15	0.5724	1283.54
308.15	0.5925	1297.57
308.15	0.6245	1320.2
308.15	0.6554	1347.39
308.15	0.6753	1356.23
308.15	0.6923	1370.56
308.15	0.7142	1390.77
308.15	0.7250	1393.35
308.15	0.7592	1424.69
308.15	0.7694	1435.87
308.15	0.7845	1442.56
318.15	0.0000	924.72
318.15	0.0911	973.7
318.15	0.1365	997.83
318.15	0.1798	1022.15
318.15	0.1829	1023.41
318.15	0.2293	1051.04
318.15	0.2910	1086.67
318.15	0.3298	1111.75
318.15	0.3442	1119.89
318.15	0.3712	1137.21
318.15	0.3937	1151.58
318.15	0.4107	1164.51
318.15	0.4210	1170.67
318.15	0.4479	1189.61
318.15	0.4707	1204.42
318.15	0.4930	1218.59
318.15	0.5074	1227.51
318.15	0.5196	1237.92
318.15	0.5429	1253.45
318.15	0.5724	1275.06
318.15	0.5925	1289.1
318.15	0.6245	1311.81
318.15	0.6554	1339.01
318.15	0.6753	1347.93
318.15	0.6923	1362.29
318.15	0.7142	1382.56
318.15	0.7250	1385.03
318.15	0.7592	1416.55
318.15	0.7694	1427.77
318.15	0.7845	1434.51
328.15	0.0000	915.06
328.15	0.0911	962.58
328.15	0.1365	987.46
328.15	0.1798	1011.93
328.15	0.1829	1013.72
328.15	0.2293	1040.86
328.15	0.2910	1078.19
328.15	0.3298	1102.77
328.15	0.3442	1111.65
328.15	0.3712	1129.07
328.15	0.3937	1143.78
328.15	0.4107	1155.04
328.15	0.4210	1161.92
328.15	0.4479	1180.89
328.15	0.4707	1195.74
328.15	0.4930	1211.17
328.15	0.5074	1221.28
328.15	0.5196	1229.86
328.15	0.5429	1246.5
328.15	0.5724	1267.84
328.15	0.5925	1282.63
328.15	0.6245	1306.4
328.15	0.6554	1330.73
328.15	0.6753	1345.08
328.15	0.6923	1358.22
328.15	0.7142	1375.29
328.15	0.7250	1383.85
328.15	0.7592	1411.1
328.15	0.7694	1419.7
328.15	0.7845	1430.74
338.15	0.0000	905.35
338.15	0.0911	954.96
338.15	0.1365	979.11
338.15	0.1798	1003.68
338.15	0.1829	1004.95
338.15	0.2293	1032.82
338.15	0.2910	1068.59
338.15	0.3298	1093.82
338.15	0.3442	1102.06
338.15	0.3712	1119.72
338.15	0.3937	1133.99
338.15	0.4107	1155.74
338.15	0.4210	1160.23
338.15	0.4479	1172.2
338.15	0.4707	1187.28
338.15	0.4930	1201.35
338.15	0.5074	1210.34
338.15	0.5196	1220.86
338.15	0.5429	1236.41
338.15	0.5724	1258.27
338.15	0.5925	1272.25
338.15	0.6245	1295.1
338.15	0.6554	1322.46
338.15	0.6753	1331.43
338.15	0.6923	1345.85
338.15	0.7142	1374.38
338.15	0.7250	1368.62
338.15	0.7592	1400.4
338.15	0.7694	1411.68
338.15	0.7845	1422.74
348.15	0.0000	895.57
348.15	0.0911	945.43
348.15	0.1365	969.77
348.15	0.1798	994.4
348.15	0.1829	995.9
348.15	0.2293	1023.58
348.15	0.2910	1059.58
348.15	0.3298	1084.14
348.15	0.3442	1093.18
348.15	0.3712	1110.71
348.15	0.3937	1125.23
348.15	0.4107	1147.0
348.15	0.4210	1150.66
348.15	0.4479	1158.49
348.15	0.4707	1177.52
348.15	0.4930	1192.77
348.15	0.5074	1201.8
348.15	0.5196	1210.75
348.15	0.5429	1227.92
348.15	0.5724	1254.23
348.15	0.5925	1263.87
348.15	0.6245	1286.78
348.15	0.6554	1310.01
348.15	0.6753	1324.98
348.15	0.6923	1337.69
348.15	0.7142	1366.2
348.15	0.7250	1373.0
348.15	0.7592	1394.6
348.15	0.7694	1401.02
348.15	0.7845	1410.65

Sources

• Densities, Viscosities, and Conductivities of Phosphonic Acid Solutions in N,N-Dimethylformamide and Water