Mixture of zinc + tin + indium

Datasets

1. (Relative) activity (2)
2. Excess molar enthalpy (molar enthalpy (4)
3. λ - Thermal conductivity, W/m/K (2)

(Relative) activity of zinc (1) [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed			Measured
Solvent: Mole fraction of indium (3) - Liquid	Temperature, K - Liquid	Mole fraction of zinc (1) - Liquid	(Relative) activity of zinc (1) - Liquid
0.6700	753.00	0.1000	0.2620
0.6700	753.00	0.3000	0.5740
0.6700	753.00	0.5000	0.7540
0.6700	753.00	0.7000	0.8600
0.6700	753.00	0.9000	0.9550
0.6700	773.00	0.1000	0.2330
0.6700	773.00	0.3000	0.5370
0.6700	773.00	0.5000	0.7270
0.6700	773.00	0.7000	0.8570
0.6700	773.00	0.9000	0.9520
0.6700	793.00	0.1000	0.2410
0.6700	793.00	0.3000	0.5430
0.6700	793.00	0.5000	0.7310
0.6700	793.00	0.7000	0.8430
0.6700	793.00	0.9000	0.9490
0.6700	813.00	0.1000	0.2190
0.6700	813.00	0.3000	0.5240
0.6700	813.00	0.5000	0.7160
0.6700	813.00	0.7000	0.8410
0.6700	813.00	0.9000	0.9320
0.6700	833.00	0.1000	0.2250
0.6700	833.00	0.3000	0.5160
0.6700	833.00	0.5000	0.7060
0.6700	833.00	0.7000	0.7910
0.6700	833.00	0.9000	0.9210
0.6700	853.00	0.1000	0.2210
0.6700	853.00	0.3000	0.4980
0.6700	853.00	0.5000	0.6920
0.6700	853.00	0.7000	0.7860
0.6700	853.00	0.9000	0.9180
0.5000	753.00	0.1000	0.2290
0.5000	753.00	0.3000	0.5380
0.5000	753.00	0.5000	0.7400
0.5000	753.00	0.7000	0.8530
0.5000	753.00	0.9000	0.9380
0.5000	773.00	0.1000	0.2200
0.5000	773.00	0.3000	0.5210
0.5000	773.00	0.5000	0.7270
0.5000	773.00	0.7000	0.8490
0.5000	773.00	0.9000	0.9360
0.5000	793.00	0.1000	0.2150
0.5000	793.00	0.3000	0.5130
0.5000	793.00	0.5000	0.7200
0.5000	793.00	0.7000	0.8450
0.5000	793.00	0.9000	0.9320
0.5000	813.00	0.1000	0.2100
0.5000	813.00	0.3000	0.5130
0.5000	813.00	0.5000	0.7130
0.5000	813.00	0.7000	0.8350
0.5000	813.00	0.9000	0.9320
0.5000	833.00	0.1000	0.2020
0.5000	833.00	0.3000	0.4920
0.5000	833.00	0.5000	0.7030
0.5000	833.00	0.7000	0.8370
0.5000	833.00	0.9000	0.9270
0.5000	853.00	0.1000	0.1950
0.5000	853.00	0.3000	0.4770
0.5000	853.00	0.5000	0.6950
0.5000	853.00	0.7000	0.8370
0.5000	853.00	0.9000	0.9220
0.3300	753.00	0.1000	0.2030
0.3300	753.00	0.3000	0.5450
0.3300	753.00	0.5000	0.7260
0.3300	753.00	0.7000	0.8360
0.3300	753.00	0.9000	0.9340
0.3300	773.00	0.1000	0.1940
0.3300	773.00	0.3000	0.5210
0.3300	773.00	0.5000	0.7160
0.3300	773.00	0.7000	0.8270
0.3300	773.00	0.9000	0.9330
0.3300	793.00	0.1000	0.1900
0.3300	793.00	0.3000	0.5190
0.3300	793.00	0.5000	0.6950
0.3300	793.00	0.7000	0.8280
0.3300	793.00	0.9000	0.9310
0.3300	813.00	0.1000	0.1830
0.3300	813.00	0.3000	0.5030
0.3300	813.00	0.5000	0.6920
0.3300	813.00	0.7000	0.8210
0.3300	813.00	0.9000	0.9310
0.3300	833.00	0.1000	0.1790
0.3300	833.00	0.3000	0.4930
0.3300	833.00	0.5000	0.6840
0.3300	833.00	0.7000	0.8160
0.3300	833.00	0.9000	0.9290
0.3300	853.00	0.1000	0.1730
0.3300	853.00	0.3000	0.4840
0.3300	853.00	0.5000	0.6760
0.3300	853.00	0.7000	0.8110
0.3300	853.00	0.9000	0.9290

(Relative) activity of zinc (1) [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed			Measured
Solvent: Mole fraction of indium (3) - Liquid	Temperature, K - Liquid	Mole fraction of zinc (1) - Liquid	(Relative) activity of zinc (1) - Liquid
0.6700	753.00	0.1000	0.2620
0.6700	753.00	0.3000	0.5740
0.6700	753.00	0.5000	0.7540
0.6700	753.00	0.7000	0.8600
0.6700	753.00	0.9000	0.9550
0.6700	773.00	0.1000	0.2330
0.6700	773.00	0.3000	0.5370
0.6700	773.00	0.5000	0.7270
0.6700	773.00	0.7000	0.8570
0.6700	773.00	0.9000	0.9520
0.6700	793.00	0.1000	0.2410
0.6700	793.00	0.3000	0.5430
0.6700	793.00	0.5000	0.7310
0.6700	793.00	0.7000	0.8430
0.6700	793.00	0.9000	0.9490
0.6700	813.00	0.1000	0.2190
0.6700	813.00	0.3000	0.5240
0.6700	813.00	0.5000	0.7160
0.6700	813.00	0.7000	0.8410
0.6700	813.00	0.9000	0.9320
0.6700	833.00	0.1000	0.2250
0.6700	833.00	0.3000	0.5160
0.6700	833.00	0.5000	0.7060
0.6700	833.00	0.7000	0.7910
0.6700	833.00	0.9000	0.9210
0.6700	853.00	0.1000	0.2210
0.6700	853.00	0.3000	0.4980
0.6700	853.00	0.5000	0.6920
0.6700	853.00	0.7000	0.7860
0.6700	853.00	0.9000	0.9180
0.5000	753.00	0.1000	0.2290
0.5000	753.00	0.3000	0.5380
0.5000	753.00	0.5000	0.7400
0.5000	753.00	0.7000	0.8530
0.5000	753.00	0.9000	0.9380
0.5000	773.00	0.1000	0.2200
0.5000	773.00	0.3000	0.5210
0.5000	773.00	0.5000	0.7270
0.5000	773.00	0.7000	0.8490
0.5000	773.00	0.9000	0.9360
0.5000	793.00	0.1000	0.2150
0.5000	793.00	0.3000	0.5130
0.5000	793.00	0.5000	0.7200
0.5000	793.00	0.7000	0.8450
0.5000	793.00	0.9000	0.9320
0.5000	813.00	0.1000	0.2100
0.5000	813.00	0.3000	0.5130
0.5000	813.00	0.5000	0.7130
0.5000	813.00	0.7000	0.8350
0.5000	813.00	0.9000	0.9320
0.5000	833.00	0.1000	0.2020
0.5000	833.00	0.3000	0.4920
0.5000	833.00	0.5000	0.7030
0.5000	833.00	0.7000	0.8370
0.5000	833.00	0.9000	0.9270
0.5000	853.00	0.1000	0.1950
0.5000	853.00	0.3000	0.4770
0.5000	853.00	0.5000	0.6950
0.5000	853.00	0.7000	0.8370
0.5000	853.00	0.9000	0.9220
0.3300	753.00	0.1000	0.2030
0.3300	753.00	0.3000	0.5450
0.3300	753.00	0.5000	0.7260
0.3300	753.00	0.7000	0.8360
0.3300	753.00	0.9000	0.9340
0.3300	773.00	0.1000	0.1940
0.3300	773.00	0.3000	0.5210
0.3300	773.00	0.5000	0.7160
0.3300	773.00	0.7000	0.8270
0.3300	773.00	0.9000	0.9330
0.3300	793.00	0.1000	0.1900
0.3300	793.00	0.3000	0.5190
0.3300	793.00	0.5000	0.6950
0.3300	793.00	0.7000	0.8280
0.3300	793.00	0.9000	0.9310
0.3300	813.00	0.1000	0.1830
0.3300	813.00	0.3000	0.5030
0.3300	813.00	0.5000	0.6920
0.3300	813.00	0.7000	0.8210
0.3300	813.00	0.9000	0.9310
0.3300	833.00	0.1000	0.1790
0.3300	833.00	0.3000	0.4930
0.3300	833.00	0.5000	0.6840
0.3300	833.00	0.7000	0.8160
0.3300	833.00	0.9000	0.9290
0.3300	853.00	0.1000	0.1730
0.3300	853.00	0.3000	0.4840
0.3300	853.00	0.5000	0.6760
0.3300	853.00	0.7000	0.8110
0.3300	853.00	0.9000	0.9290

Excess molar enthalpy (molar enthalpy of mixing), kJ/mol [ref]

Operational conditions:

• Pressure, kPa = 101 (Liquid)
• Temperature, K = 773.15 (Liquid)

Fixed		Measured
Mole fraction of tin (2) - Liquid	Mole fraction of zinc (1) - Liquid	Excess molar enthalpy (molar enthalpy of mixing), kJ/mol - Liquid
0.0601	0.5974	3.144
0.0630	0.5781	3.153
0.0660	0.5576	3.151
0.0694	0.5352	3.13
0.0729	0.5115	3.099
0.0768	0.4854	3.058
0.0810	0.4569	2.995
0.0858	0.4251	2.892
0.0910	0.3901	2.764
0.0969	0.3505	2.59
0.1029	0.3106	2.364
0.1094	0.2670	2.075
0.1164	0.2197	1.741
0.1234	0.1732	1.381
0.1312	0.1210	0.9330
0.1398	0.0634	0.3810
0.1425	0.5715	3.088
0.1500	0.5487	3.082
0.1577	0.5256	3.056
0.1660	0.5006	3.019
0.1744	0.4754	2.978
0.1744	0.6516	3.013
0.1834	0.4484	2.913
0.1857	0.6290	3.041
0.1931	0.4190	2.816
0.1984	0.6037	3.062
0.2035	0.3878	2.687
0.2127	0.5751	3.044
0.2142	0.3556	2.533
0.2257	0.3210	2.353
0.2267	0.5471	3.012
0.2382	0.2836	2.127
0.2424	0.5157	2.957
0.2511	0.2448	1.859
0.2604	0.4797	2.893
0.2651	0.2026	1.534
0.2797	0.4413	2.782
0.2804	0.1566	1.161
0.2968	0.1073	0.7020
0.2990	0.5499	3.2
0.3002	0.4003	2.631
0.3147	0.0532	0.1550
0.3163	0.5238	3.148
0.3229	0.3549	2.419
0.3337	0.4976	3.079
0.3486	0.3035	2.166
0.3525	0.4693	2.995
0.3563	0.5797	3.199
0.3730	0.4385	2.881
0.3732	0.5598	3.189
0.3786	0.2436	1.758
0.3904	0.5395	3.161
0.3958	0.4041	2.731
0.4085	0.5182	3.125
0.4140	0.1729	1.195
0.4214	0.3655	2.556
0.4283	0.4948	3.07
0.4494	0.3234	2.346
0.4500	0.4692	2.998
0.4541	0.0927	0.4830
0.4733	0.4418	2.914
0.4788	0.2792	2.096
0.4982	0.4124	2.798
0.5054	0.2392	1.829
0.5257	0.3799	2.661
0.5336	0.1967	1.51
0.5558	0.3444	2.474
0.5645	0.1501	1.138
0.5887	0.3056	2.251
0.5969	0.1014	0.7290
0.6243	0.2636	2.008
0.6297	0.0520	0.2670
0.6603	0.2212	1.716
0.7000	0.1743	1.38
0.7446	0.1217	0.9640
0.7952	0.0620	0.4650

Excess molar enthalpy (molar enthalpy of mixing), kJ/mol [ref]

Operational conditions:

• Pressure, kPa = 101 (Liquid)
• Temperature, K = 773.15 (Liquid)

Fixed		Measured
Mole fraction of indium (3) - Liquid	Mole fraction of tin (2) - Liquid	Excess molar enthalpy (molar enthalpy of mixing), kJ/mol - Liquid
0.1515	0.7080	0.9920
0.1586	0.6942	1.061
0.1663	0.6793	1.117
0.1741	0.6644	1.175
0.1821	0.6489	1.24
0.1908	0.6321	1.291
0.1915	0.7273	0.5570
0.2002	0.6142	1.352
0.2004	0.7146	0.5860
0.2097	0.7013	0.6160
0.2103	0.5945	1.426
0.2197	0.6871	0.6560
0.2215	0.5730	1.504
0.2302	0.6721	0.6940
0.2338	0.5493	1.586
0.2414	0.6563	0.7170
0.2473	0.5233	1.666
0.2534	0.6391	0.7490
0.2605	0.4978	1.752
0.2665	0.6204	0.8000
0.2746	0.4707	1.85
0.2805	0.6005	0.8480
0.2897	0.4415	1.949
0.2957	0.5789	0.9030
0.3066	0.4089	2.057
0.3119	0.5557	0.9790
0.3245	0.3745	2.167
0.3300	0.5300	1.039
0.3439	0.3371	2.275
0.3501	0.5014	1.125
0.3647	0.2971	2.399
0.3698	0.4734	1.175
0.3867	0.2546	2.522
0.3912	0.4428	1.263
0.4096	0.2105	2.636
0.4151	0.4088	1.361
0.4331	0.1651	2.779
0.4419	0.3706	1.474
0.4595	0.1143	2.923
0.4711	0.3290	1.636
0.4879	0.0594	3.042
0.5039	0.2824	1.734
0.5388	0.2326	1.871
0.5760	0.1797	2.018
0.6179	0.1199	2.202
0.6629	0.0559	2.346

Excess molar enthalpy (molar enthalpy of mixing), kJ/mol [ref]

Operational conditions:

• Pressure, kPa = 101 (Liquid)
• Temperature, K = 773.15 (Liquid)

Fixed		Measured
Mole fraction of tin (2) - Liquid	Mole fraction of zinc (1) - Liquid	Excess molar enthalpy (molar enthalpy of mixing), kJ/mol - Liquid
0.0601	0.5974	3.144
0.0630	0.5781	3.153
0.0660	0.5576	3.151
0.0694	0.5352	3.13
0.0729	0.5115	3.099
0.0768	0.4854	3.058
0.0810	0.4569	2.995
0.0858	0.4251	2.892
0.0910	0.3901	2.764
0.0969	0.3505	2.59
0.1029	0.3106	2.364
0.1094	0.2670	2.075
0.1164	0.2197	1.741
0.1234	0.1732	1.381
0.1312	0.1210	0.9330
0.1398	0.0634	0.3810
0.1425	0.5715	3.088
0.1500	0.5487	3.082
0.1577	0.5256	3.056
0.1660	0.5006	3.019
0.1744	0.4754	2.978
0.1744	0.6516	3.013
0.1834	0.4484	2.913
0.1857	0.6290	3.041
0.1931	0.4190	2.816
0.1984	0.6037	3.062
0.2035	0.3878	2.687
0.2127	0.5751	3.044
0.2142	0.3556	2.533
0.2257	0.3210	2.353
0.2267	0.5471	3.012
0.2382	0.2836	2.127
0.2424	0.5157	2.957
0.2511	0.2448	1.859
0.2604	0.4797	2.893
0.2651	0.2026	1.534
0.2797	0.4413	2.782
0.2804	0.1566	1.161
0.2968	0.1073	0.7020
0.2990	0.5499	3.2
0.3002	0.4003	2.631
0.3147	0.0532	0.1550
0.3163	0.5238	3.148
0.3229	0.3549	2.419
0.3337	0.4976	3.079
0.3486	0.3035	2.166
0.3525	0.4693	2.995
0.3563	0.5797	3.199
0.3730	0.4385	2.881
0.3732	0.5598	3.189
0.3786	0.2436	1.758
0.3904	0.5395	3.161
0.3958	0.4041	2.731
0.4085	0.5182	3.125
0.4140	0.1729	1.195
0.4214	0.3655	2.556
0.4283	0.4948	3.07
0.4494	0.3234	2.346
0.4500	0.4692	2.998
0.4541	0.0927	0.4830
0.4733	0.4418	2.914
0.4788	0.2792	2.096
0.4982	0.4124	2.798
0.5054	0.2392	1.829
0.5257	0.3799	2.661
0.5336	0.1967	1.51
0.5558	0.3444	2.474
0.5645	0.1501	1.138
0.5887	0.3056	2.251
0.5969	0.1014	0.7290
0.6243	0.2636	2.008
0.6297	0.0520	0.2670
0.6603	0.2212	1.716
0.7000	0.1743	1.38
0.7446	0.1217	0.9640
0.7952	0.0620	0.4650

Excess molar enthalpy (molar enthalpy of mixing), kJ/mol [ref]

Operational conditions:

• Pressure, kPa = 101 (Liquid)
• Temperature, K = 773.15 (Liquid)

Fixed		Measured
Mole fraction of indium (3) - Liquid	Mole fraction of tin (2) - Liquid	Excess molar enthalpy (molar enthalpy of mixing), kJ/mol - Liquid
0.1515	0.7080	0.9920
0.1586	0.6942	1.061
0.1663	0.6793	1.117
0.1741	0.6644	1.175
0.1821	0.6489	1.24
0.1908	0.6321	1.291
0.1915	0.7273	0.5570
0.2002	0.6142	1.352
0.2004	0.7146	0.5860
0.2097	0.7013	0.6160
0.2103	0.5945	1.426
0.2197	0.6871	0.6560
0.2215	0.5730	1.504
0.2302	0.6721	0.6940
0.2338	0.5493	1.586
0.2414	0.6563	0.7170
0.2473	0.5233	1.666
0.2534	0.6391	0.7490
0.2605	0.4978	1.752
0.2665	0.6204	0.8000
0.2746	0.4707	1.85
0.2805	0.6005	0.8480
0.2897	0.4415	1.949
0.2957	0.5789	0.9030
0.3066	0.4089	2.057
0.3119	0.5557	0.9790
0.3245	0.3745	2.167
0.3300	0.5300	1.039
0.3439	0.3371	2.275
0.3501	0.5014	1.125
0.3647	0.2971	2.399
0.3698	0.4734	1.175
0.3867	0.2546	2.522
0.3912	0.4428	1.263
0.4096	0.2105	2.636
0.4151	0.4088	1.361
0.4331	0.1651	2.779
0.4419	0.3706	1.474
0.4595	0.1143	2.923
0.4711	0.3290	1.636
0.4879	0.0594	3.042
0.5039	0.2824	1.734
0.5388	0.2326	1.871
0.5760	0.1797	2.018
0.6179	0.1199	2.202
0.6629	0.0559	2.346

Thermal conductivity, W/m/K [ref]

Operational conditions:

• Mass fraction = 0.2 (Crystal)
• Mass fraction = 0.15 (Crystal)
• Pressure, kPa = 101 (Crystal)

Temperature, K - Crystal	Thermal conductivity, W/m/K - Crystal
313.00	93.16
333.00	91.71
353.00	88.43
373.00	87.66
393.00	83.12
413.00	82.51
433.00	79.51
453.00	74.61

Thermal conductivity, W/m/K [ref]

Operational conditions:

• Mass fraction = 0.2 (Crystal)
• Mass fraction = 0.15 (Crystal)
• Pressure, kPa = 101 (Crystal)

Temperature, K - Crystal	Thermal conductivity, W/m/K - Crystal
313.00	93.16
333.00	91.71
353.00	88.43
373.00	87.66
393.00	83.12
413.00	82.51
433.00	79.51
453.00	74.61

Sources

• Enthalpies of Mixing of Liquid In-Sn and In-Sn-Zn Alloys
• The measurement of thermal conductivity variation with temperature for Sn-20 wt.% In based lead-free ternary solders
• Measurement of zinc activity in the ternary In Zn Sn alloys by EMFmethod