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1 SC-R , V. 1 S114j1 tmua rporafiol, REPRINT PHYSICAL PROPERTIES OF FUSED SALT MIXTURES Sandia Laboratory, Albuquerque June 15, 1965 metadc3o38 6 7

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3 TID-4500 (42nd Ed. UC-4 CHEMISTRY SC-R , V.1 PHYSICAL PROPERTIES OF FUSED SALT MIXTURES Paul V. Clark, 3421 Sandia Laboratory, Albuquerque June 15, 1965 Data from Open Literature,

4 Issued by Sandia Corporation, a prime contractor to the United States Atomic Energy Commission LEGAL NOTICE This report was prepared as an account of Government sponsored work. Neither the United States, nor the Commission, nor any person acting on behalf of the Commission: A. Makes any warranty or representation, expressed or implied, with respect to the accuracy, completeness, or usefulness of the information contained in this report, or that the use of any information, apparatus, method, or process disclosed in this report may not infringe privately owned rights; or B. Assumes any liabilities with respect to the use of, or for damages resulting from the use of any information, apparatus, method, or process disclosed in this report. As used in the above, "person acting on behalf of the Commission" includes any employee or contractor of the Commission, or employee of such contractor, to the extent that such employee or contractor of the Commission, or employee of such contractor prepares, disseminates, or provides access to, any information pursuant to his employment or contract with the Commission, or his employment with such contractor. Printed in USA. Price $ Available from the Clearinghouse for Federal Scientific and Technical Information, National Bureau of Standards, U. S. Department of Commerce, Springfield, Virginia ii

5 CONTENTS Eutectic Systems in System Order 1 Page Eutectic Systems in Melting Point Order 111 s Cited 191 Coordinate Index 271 iii-iv

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7 FOREWORD The tremendous interest in fused salt research over the past decade has resulted in a corresponding increase in the number of papers published in this field. The data available for fused salt mixtures have become so voluminous that it is impossible for an individual to be aware of all that is available. The ever increasing number of publications makes it difficult to remain abreast of even a relatively small area of fused salt research. The purpose of the present work was to collect and tabulate data on fused salt mixtures. An extensive literature survey was carried out to locate information. Articles were reviewed and critically evaluated for reliable data. The starting point for this survey was a coverage of Chemical Abstracts from 1907 through 1962 by IIT Research Institute. Following evaluation and tabulation by IIT Research Institute, the data were revised and put into a more publishable form by Mr. P. V. Clark of Sandia Corporation. The data which follows in this report consist of a list of fused salt mixtures with eutectic compositions and melting points. The data are presented in two complementary tables: 1. by fused salt systems 2. in order of eutectic melting points The composition of all systems is reported in mole %. In Russian sources, the practice often is to write the formulas for the system members so as to represent equi-equivalent amounts. Thus the Russians might write the system CaSO 4 -NaCl as CaSO 4 -Na 2 Cl 2. Such compositions have been converted to that of the formulas in keeping with our practice. The original references were not consulted in making these changes. In some cases equivalent % was reported, yet the formula written as a multiple of the empirical formula. In such cases, it has been regarded that v

8 the equivalent is the empirical formula. Thus an equivalent of NaCl is 58.46g even if the formula had been written Na 2 Cl 2 or Na 3 Cl 3. Those cases which we have restated have been indicated with an asterisk. A complete list of references is included so that the original literature may be consulted. A coordinate index is included for rapidly locating system components and systems covered. The original data compilation included vapor pressures, boiling points, electrical conductivities, free energies of formation, EMF data and chemical reactivities as well as melting points. The additional data are being revised and will be published in future reports. In addition, data being gathered from current literature will allow up-dating of the fused salts information at frequent intervals. vi

9 EUTECTIC MELTING POINTS ARRANGED IN SYSTEM ORDER 1

10 SYSTEM ORDER System Group Page,C System Group Page Cesium chloride - Chloride 3 Iodide - Sulfate 66 Potassium chloride - Chloride 6 Iodide - Others 67 Lithium chloride - Chloride 12 Nitrate - Nitrate 68 Sodium chloride - Chloride 14 Nitrate - Sulfate 71 Rubidium chloride - Chloride 18 Nitrate - Others 72 Chloride - Chloride - Chloride (Nonalkali) Fluoride Sulfate - Sulfate - Sulfate Others Chloride - Bromide 26 Oxide - Oxide 79 Chloride - Iodide 27 Oxide - Others 89 Chloride - Nitrate 28 Silicate - Silicate 91 Chloride - Sulfate 29 Silicate - Others 92 Chloride - Others 32 Phosphate - Phosphate 93 Cesium fluoride - Fluoride 37 Sulfide - Sulfide 94 Potassium fluoride - Fluoride 38 Nitrite - Nitrite 95- Lithium fluoride Fluoride 41 Chromate - Chromate 96 Sodium fluoride - Fluoride 43 Chromate - Others 97 Rubidium fluoride - Fluoride 45 Borate - Others 98 Fluoride - Fluoride (Nonalkali) 46 Molybdate - Molybdate 99 Fluoride - Bromide 47 Molybdate - Others 100 Fluoride - Iodide 48 Carbonate - Carbonate 101 Fluoride - Nitrate 49 Carbonate - Others 102 Fluoride - Sulfate 50 Tungstate - Tungstate 103 Fluoride - Others 52 Tungstate - Others 104 Bromide - Bromide 58 Cyanide - Cyanide 105 Bromide - Iodide 61 Thiocyanate - Thiocyanate 106 Bromide - Nitrate 62 Titanate - Titanate 107 Bromide - Sulfate 63 Titanate - Others 108 Bromide - Others 64 Perchlorate - Perchlorate 109 Iodide - Iodide 65 All others 110 2

11 Group: Cesium Chloride-Chloride System Composition mol % Eutectic M.P., *C AgCl-CsC AlCi3-CsC1 * AlCi3CsC1 * AlCi3-CsCl-TaC15 * AICi3-CsCl-TaC15 * AlCi3-CsCl-TaC15 * CaCl2-CsC CaCl2-CsC CaCl2-CsCl-NaCl CaCl2-CsCl-NaC CdCl2-CsCNl * CdCl2-CsC1 * CdC12-CsC1 * CdCl2-CsCl-NaC1 * CdCl2-CsCl-NaC1 * CdC12-CsC1-NaC1 * CeCl3-CsC1N CeCl3-CsC1l CoCl2-CsC CoCl2-CsC CoCl2-CsC CoCl2-CsC CrCl2-CsC CrCl2-CsC CrCl2-CsCl CrCl2-CsCl * Data recalculated from units as given in original reference. 3

12 Group: Cesium Chloride-Chloride (cont.) Composition System mol % CsCl-CuC1 23 CsCl-CuCl ~45 CsCl-HfC CsC1-HfC CsCl-KC1 66 CsCl-KC1 64 CsCl-KC1-NaCl CsCl-LaCl 3 55 CsCl-LaCl 3 90 CsCl-LiC1 42 CsCl-LiC CsCl-LiC CsCl-MgCl CsCl-MgC CsCl-MgC CsCl-MgC CsCl-MnCl 2 31 CsCl-MnCl CsCl-MnCl 2 73 CsCl-MnCl CsCl-NaC1 ~65 CsCl-NaC1l CsCl-NaCl CsCl-NaC1l Eutectic M.P., *C m 606 m , 712, 1215, 1568, 1865, 3391, , 925, 1878, 3200, 3281,

13 Group: Cesium Chloride.-uuioride (cont.) System Composition mol 7% Eutectic M.P., *C CsCl-NbC CsC1-NbC 4 ~i CsCl-NdCl CsCl-NdCl CsCl-SnCl CsCl-SnCl CsCl-TaC1 5 * CsCl-ThC CsCl-ThC CsCl-ThC CsCl-TiCl CsCl-TiCl CsCl-TiCl , 655 CsC l-ticl , 655 CsCl-TiCl , 655 CsCl-VC CsCl-VC CsCl-ZrC CsCl-ZrC * Data recalculated from units as given in original reference. 5

14 Group: Potassium Chloride-Chloride AgCl-KC1 AgCl-KC1 AgCl-KC1 System AlCi3-KC1 AlCl3-KC1 A1Cl3-KC1-NaC A1C 13-KC 1-NaC l AlCl3-KC1-NaCl AlCl3-KC1-NaCl AlCl3-KC1-NbC5 AlCi-KC1-NbC15 AlC13-KC1-NbC15 AiC3-KC1-NbC 15 AlCi -KC1-N NbC1 -TaCl5 A1Cl3-KC1-TaCl5 AiCl3-KC1-ZrCl4 A lcl3-kc1-zr Cl4 1 AlCi3-KG1-ZrC1 BaC l2-kc1 BaCl2-KC1-LiC1 BaCl2-KC1-NaCl Composition Eutectic mol % M.P., C ] J * * * , 568, 706, , 1688, 2020, , , 703, , 334, 334, 334, , 399, 400, 680, , 1464, 2991, 3503' 399, 399, 399, 399, 682, 682, 682, 682, 684, , , , 2993 * Data recalculated from units as given in original reference. 6

15 ' Group: Potassium Chloride-Chloride (cont.) System Composition mol 7 Eutectic M.P., *C CaCl2-KC1 CaCl2-KC1 CaCi2-KG1 CaCl2-KC J 397, 471, 569, 775, 776, 1133, 1386, 1675, 1963, 3673 CaCl2-KCl-LiC CaCl2-KC1-LiC CaCl2-KC1-NaC , 1963 CaCi2-KC1-NaC , 1963 CaCl2-KC1-PbCl2 CaCl2-KC1-PbCl2 CaCl2-KC1-PbCl2 22 CdCl2-KC1 CdC12-KC , 816, 1386, 1570, , 1773, 2143 CdCl2-KC1-PbCl , 1732 CdCl2-KC1-PbCl2 CdCl2-KC1-PbCl , , 1732 CeCl3-KC1 CeCl3-K l CeCl3-K l CeCl3-KCl-MgCl2 CeCl3-KC1-MgCl , 843, , , 843, , , 727, , CeCl3-KC1-MgCl CeCl3-KC1-NaCl * CeCi3-KCl-NaC * * Data recalculated from units as given in original reference. 7

16 Group: Potassium Chloride-Chloride (cont.) System Composition mol % Eutectic M.P., *C CeC1 3 -KC1-NaC1 * CoCi2-KC , 2173 CoCl2-KC , 2173 CrC12-KC CrC12-KC CrC12-KC CuCl-KC , 816, 3144 CuC2l-KC , 816, 3144 CuC12-KC CuC12-KC CuCi2-KC FeC2-KC FeCl2-KC FeCl3-KC FeCl3-KC1-ZrCl FeCi3-KC1-ZrC FeCi3-KC1-ZrC HfCl -KC1Z HfC1 -KC HgCl 2 -KC1I KC1-LaCl , 1400 KC1-LaCl , 1400 KC1-LiC1 (40-43) , 11, 98, 494, 567, 568, 589, 595, 633, 712, 749, 750, 781, 805, 886, 967, 981, 983, 1085, 1138, 1155, 1349, 1607, 1816, 1840, 2020, 2084, 2118, 2183, 2959, 2993 * Data recalculated from units as given in original reference. 8

17 Group: Potassium Chloride-Chloride (cont.) System KC1-LiCl-NaC1 Composition mol % Eutectic M. P., *C , 494, 1085, 1349 KCl-LiCl-NaC , 494, 1085, 1349 KC1-MgCl , 727, 1219, 1747, 1864, 3090 KC1-MgC1 2 -NaC1 KC1-MgCl 2 -NaCl KC1-MgC1 2 -NaC , 372, 1747, 2084, 2229, , 372, 1747, 2084, 2229, 3039 KC1-MgC1 2 -NdC KC1-MgCl 2 -NdC KC1-MgC1 2 -NdC KC1-MgCl 2 -NdCl KC1-MgCl 2 -PrCl KC1-MgCl 2 -PrC KC1-MgCl 2 -PrCl KC1-MgC1 2 -PrCl KC1-MgC1 2 -PrCl KC1-MgCl2-PrCl KC1-MgCl 2 -TiC KC1-MgCl 2 -TiC KC1-MgCl2-TiCl KC1-MnC , 3140 KC1-MnCl , 3140 KC1-NaCl-NbCl KC 1-NaC1-NbC 14 KC 1-NaCl-NbC 14 KC1-NaCl-NbCl 4 KC1-NaCl-PrCl

18 Group: Potassium Chloride-Chloride (cont.) System Composition mol % Eutectic M.P., *C KC1-NaCl-PrC KC1-NaCl-PrCl KC1-NaCl-TaC KC1-NbC , 3526 KC1-NbC KC1-NbC KC1-NbC15-TaCi KC1-NdC , 1400 KC1-NdCl KC1-PbC , 613, 657, 816, 1370, 1570, 1677, , 2147, 3442, 3624 KC1-PbCl , 613, 657, , 1570 KC1-PbCl2-ZnCl KC1-PbCl2-ZnC KC1-PbC12-ZnC KC1-PrCl , 1400, 2179 KC1-PrCl , 2179 KC1-SnCl , 2888 KC1-SnC , 2888 KC1-SrCl KC1-SrCl KC1-TaCl , 3525, 3526 KC 1-ThC KC1-ThC1 4 KC1-ThC

19 Group: Potassium Chloride-Chloride (cont.) System Composition mol 70 Eutectic M.P., *C KC1-TiCl KC1-TiCl , 1864, 3410, 3754 KC1-TiC KC1-TiCl KC1-TiCl KC1-TiCl KC1-TiC , 1864, 3410, 3754 KC1-TiC , 1864, 3410, 3754 KC1-TiC KC1-T1C KC1-VC KC1-VC KC1-VC KC1-ZnCl , 1240, 2143 KC1-ZnCl , 1240, 2143 KC1-ZrC , 1242, 3503 KC1-ZrC , 1242, 3503 KC1-ZrC , 1242,

20 Group: Lithium Chloride-Chloride System Composition mol % Eutectic M.P., 0 C AlCi3-LiC , 2993 BaC12-LiC BaC12-LiC BaCi2-LiC CaC12-LiC m 775, 776 CaC12-LiC , 397, 775, 776, 1391, 1720, 3414 CaCl2-LiC CaCl2-LiC CaCi2-LiC , 397, 775, 776, 1391, 3414, 3702 CaCl2-LiCi CaCl2-LiCl-NaCil CaCi2-PbCl , 1370 CoCl2-LiC m 966, 16b7, 2173 CoCi2-LiC m 966, 1687, 2173 HgC1 2 -LiC LiCl-MnC m 3140 LiC 1-NaC m LiCl-NaCl LiC l-nac 1 LiCl-NaCi m J 11, 775, 1085, 1349, 1635, 1839, 1865 LiCl-NH Cl , 1302 LiCi-NiC LiCl-PbCl2 LiC1-PbC , 657, 902, 1370, 2250 LiCl-PuCl

21 Group: Lithium Chloride-Chloride (cont.) System Composition mol % Eutectic M.P., *C LiC l-rbc LiCl-SnCl LiC1-SrCl LiC1-SrC LiCl-TiC LiCl-ZnCl

22 - - Group: Sodium Chloride-Chloride System Composition mol % Eutectic M.P., *C AlCi3-FeCl3-NaCi AlC13-FeCl3-NaCl AlCl3-FeCl3-NaCI A1C13-NaCI AC13 -N 3 AlCi3-NaCI AlCi 3-NaCI AlCi3-NaCI AlCi3-NaCI AlCi3-NaCi , 334, 399, 400, 680, 681, 684, 703, 1384, 1588, 1926, , 334, 399, 400, 680, 681, 684, 703, 1384, 1588, 1926, , 334, 400 A1C13-NaCi-NbC AlCi3-NaCl-NbC AlC3 -NaCl-TaC AlCi3-NaCi-TaC BaCl2-NaCl2-NaCl , 908, 2301 BaCi2-CeCl3-NaCI BaCl2-NaC BaCl2-C-NaCl B ac l2- NaC l BaC12-NaCl , 568, 1209, 1633, 2301, 2623, 2625, 3281, 3401 BaCl2-NaCil BaCl2-NaCl BeCl2-NaCil CaC2 NCi3-NaC , 1486,

23 Group: Sodium Chloride-Chloride (cont.) System Composition mol /o Eutectic M.P., *C CaCl2."eCi -NaCi CaCi2-LaC 3-NaC CaCl2-NaC1 ( ) , 550, 568, 908, 1061, 1133, 1209, 1374, 1386, 1391, 1491, 1963, 2301 CaCl2-NaCl-NdCl CaCl2-NaC1-RbC CaCl2-NaCl-RbC CdC12-NaCi CdC12-NaC1 55 ~ , 1525, 1569, 1773, 2027, 3467 CdC1 2 -NaC1-PbC CdCl2-NaCl-TiC CdC12-NaCl-T1C CdCl2-NaCi-TiC CeCl3-NaCl CeCl3-NaCi CeCl3-NaCl CeCl3-NaCil , 843, 1878, 3280, 3281, 3284 CeCl3-NaCi-ThC1l CeCl3-NaCl-ThC CeCl3-NaCl-ThC CoCl2-NaCl , 1239, 1534, 2173 CoCi2-NaC , 1239, 1534, 2173 CrC2-NaCl , 2180 CuCl-KC , 816, 3144 CuCl-NaC l , 567 CuC l-nac

24 Group: Sodium Chloride-Chloride (cont.) System Composition mol % Eutectic M.P., *C CuCl-NaCil CuC1-NaC FeCi3-NaCi , 1395, 1678 FeCi3-NaCi , 1395, 1678 FeCi3-NaCl-NbC FeCi3-NaCl-NbC HfC1 -NaC HfC1 -NaCil HgC12-NaCi InC13 -NaC l InC13-NaCil LaCi3-NaCi LaC13-NaCi MgC12-NaCi , 727, 1133, 1457, 1747, 3090 MgC1 2 -NaC1 ~ , 727, 1133, 1457, 1747, 3090 NaCl-NbC NaC 1-NbC NaC1-NbC15-ZrC1 * NaC1-NbC15-ZrC14 * NaC l-ndcl , 1491 NaC1-NiC 12 * , 1534 NaC1-PbC 1 2 NaC1-PrC 1 3 NaC 1-PuC , 902, 1370, , 2012 NaC 1-RbC , 568, 1214, 1865 * Data recalculated from units as given in original reference. 16

25 Group: Sodium Chloride-Chloride (cont.) System Composition mol % Eutectic M.P., 0 C NaCl-SnCl NaCl-SrCl , 2625 NaC l-thc NaC 1-ThC NaCl-TiCl , 3710 NaCl-TiCl , 2111, 3410, 3754 NaC 1-TiC , 2111, 3410, 3754 NaCl-TiC , 2027, 1480 NaC 1-VC NaC1-VC NaC 1-ZnC , 1092 NaC1-ZrC , 700, 3424 NaCl-ZrC , 700,

26 Group: Rubidium Chloride-Chloride System Composition mol % Eutectic M.P., *C AgC l-rbc , 568 CaCl2-RbC CaCi2-RbC CoCi2-RbC CoC 12-RbC CoCi2-RbC CuCl-RbC MgC12-RbC , 1154 MgC12-RbC , 1154 MgCl2-RbC , 1154 MgC12-RbC MnCl2-RbC1l NbC1 -RbC RbCl-SnCl RbCl-SnCl RbCl-SnCl RbCl-TiCl RbC1-TiC RbCl-TiCl , 655 RbC1-TiC ,

27 Group: Chloride-Chloride (Non-Alkali) System Composition mol % Eutectic M.P., *C AgC1-CaC 1 2 * AgCl-CdCl2-PbCl AgCl-CuCli , 568, 3144 AgC l-hgc 1 * AgCl-InCl AgCl-InCl AgC 1-MgC 1 2 * AgCl-NH C1 * AgCl-PbCl , 568, 1164, 1234, 1259, 3266 AgCi-TiC , 1423, 1719 AlCi3-GaCl AlCi3-NbC15 * , 1588, 2821 AlCi3-NbC15-TaCi5 * AlCi3-POCi AlCi3-SeCi AlCl3-TaCi5 * , 1588, 2821 AlCi3-TeCi AlCi3-TeC AlCi3-ZrC BaCi2-CaCl , 567, 1578, 1655 BaCl2-CaCl , 567, 1578, 1655 BaCl2-CdCl , 1773, 3147 BaCi2-CeCl , 3281 BaC1 2 -MgC BaCi2-MnCl * Data recalculated from units as given in original reference. 19

28 Group: Chloride-Chloride (Non-Alkali) (cont.) System BaCl2-PuCi3 Composition mol % 36 Eutectic M. P., *C CaCi2-CeCl , 1431, 1878, 3243, 3280 CaCi2-CeCl , 1431, 1878, 3243, 3280 CaCi2-CeCi , 1431, 1878, 3243, 3280 CaCi2-CeCi , 1431, 1878, 3243, 3280 CaCi2-CuC CaCi2-LaCl , 1949 CaCl 2 -MgC1 2 * CaCl2-MnC12 * CaCi2-NdCl , 1491 CaCi2-PbCl , 1370 CaCi2-ThCi CdCl2-InCi CdC12-LiC1 (63-64) 500 m 125, 1686, 3003, 3371 CdC12-LiCi m 125, 1686, 3003, 3371 CdCl2-PbC , 567, 568, 1570, 1732, 3467 CdCl2-PbCl , 567, 568, 1570, 1732, 3467 CdCl2-SnC , 568, 3139 CdCl2-SrCl , 3147 CdC12-TC , 1723, 2027, 3138, 3476 CdC12-TiC , 1723, 2027, 3138, 3476 * Data recalculated from units as given in original reference. 20

29 Group: Chloride-Chloride (Non-Alkali) (cont.) System Composition mol % Eutectic M.P., *C CdC12-TiC1 (23-27) ( ) 1723, 3138, 3476 CdC12-TiC1 ( ) ( ) 1723, 3138, 3476 CeC1 3 -MgC CeC l3-thc , 2114 CoCl2-PbCl CoCi2-ZnCl2 * CuC1-CuC CuC1-FeC CuC1-HgC1 * CuC1-MgCl CuCl-MgCl CuC1-NHC , 1302 CuCl-TC CuCl-ZnCl FeCl2-FeCl FeCl3-NbC15 * FeC 2-PbCl FeCl3-TaC15 * FeCl3 -ZrC HgC12-NH4C , 2235, 2794 HgC 12~ 4C , 2235, 2794 HgCl2-NH4C , 2235, 2794 HgC12-TC1l HgC12-TiC InCl3-PbCl InCi3-PbC * Data recalculate from units as given in original reference. 21

30 Group: Chloride-Chloride (Non-Alkali) (cont.) System Composition mol 7% Eutectic M.P., *C InCl3-SnCl InC l3 -ZnC MgCl2-NdCl MgC1 2 -PbCl MgC1 2 -PrCl MgC l 2 -PuC MgC1 2 -SrC , 3149 MgCl2-ZnC , 1133 MnCl2-PbCl , 568, 3139 MnCl2-SnCl , 568, 3139 MnC12-SrCl , 3147 MnCl2-ZnC NbC15-TaC15 * NbC15-ZrC14 * PbC12-ZnC , 567 PbCl2-TiC , 3366 PuCl3-SrCl SnCl2-TiC m 3138 SnCl2-ZnCl2 T1C1-ZnCl2 T1C1-ZnCl2 TlC1-ZnCl * Data recalculated from units as given in original reference. 22

31 Group: Chloride-Fluoride System BaCi2-AiF3 Composition mol % 61.5 Eutectic M.P., *C 872 m 3365 BaCi2-AiF3-NaF * BaCi2-AiF3-NaF * BaCl2-BaF BaCl2-BaF BaCl2-BaF2-CaF , 1655 BaCl2-BaF2-CaF , 1655 BaCl2-BaF2-CaF , 1655 BaCl2-CaCl2-CaF BaC12-CaF BaCl2-K2TiF6 * BaCi2-K2TiF6 * BaCl2-NaCl-BaF2 * BaCl2-NaCl-BaF2- * CaF BaCi2-NaC1-K2TiF6 * BaCi2-NaC1-K2 T6 BaCl2-NaC1-K2TiF6 * * BaCl2-SrCl2-S-F m 2242 CaC12-BaF ,3668 CaCl2-CaF , 3673 CaCi12-CaF2-NaF * CaCl2-K2TiF6 * CaCi2-K2TiF6 * CaCi2-K2TiF6 * CaCi2-LiCi-CaF2 * * Data recalculated from units as given in original reference. 23

32 Group: Chloride-Fluoride (cont.) System CaCi2-LiCi-CaF2 Composition mol % * Eutectic M.P., *C 485 Ref rence 1656 CaC12-Na2TiF6 * CaCl2-Na2TiF6 * CaCl2-Na2TiF6 * CaCl2-Na2TiF6 * CdC12-CdF CdC12-LiF CdC12-NaF ~ KC1-BaF 2 * KC1-BaF2-NaF * KC1-CaF 2 * KC1-KF , 567, 568, 3673 KC1-K2TiF6 * KC1-LiF KC 1-NaCl-CaF 2 * m 2034, 1654 KC1-NaC1-K2TiF6 * KC1-NaCl-K 3 ZrF KC1-NaC 1-NaF , 2229 KC1-NaCl- if KC1-ThF LiCl-CaF 2 * LiCi-CaF2-LiF * LiCl-K2TiF6 * LiCl-K2TiF6 * LiCl-K2TiF LiCl-LiF LiC 1-LiF * Data recalculated from units as given in original reference. 24

33 Group: Chloride-Fluoride (cont.) System Composition mol % Eutectic M.P., *C LiCl-LiF LiCl-Na2TiF6 * LiCi-Na2TiF6 * LiCl-Na2TiF6 * NaCl-A1F 3 * , 2117 NaC 1-AiF3-NaF * NaC 1-AiF 3 -NaF * NaCl-BaF 2 * NaCl-CaF 2 * NaCl-CaF2-Na3AiF6 * NaCl-CaF2-NaF * NaC1-K2TiF6 * ~ , 1921 NaCl-K2ZrF NaC 1-K2ZrF NaCi-LiF NaCi-Na3AiF NaCi-Na3AiF NaCl-NaF , 568, 1252, 1711, 3206 NaCl-Na2TiF6 * NaCl -ThF NaCl-ZrF PbCl2-PbF PbCl2-PbF SrCl2-SrF , 2242 SrCl2-SrF , 2242 * Data recalculated from units as given in original reference. 25

34 Group: Chloride-Bromide Composition Eutectic System mol % M.P., *C AlCi3-AlBr3 * CdCl2-PbBr KCl-KBr , 1329 PbC12- dbr PbCl2-PbBr , 1158, 1862, 2228, 3266 T1Cl-T1Br * Data recalculated from units as given in original reference. 26

35 Group: Chloride-Iodide System Composition mol % Eutectic M.P., *C AgCl-AgI AgC1-KC 1-AgI CdC12-CdI , 1479, 1569 CdCl2-CdI2-PbI CdCl2-CdI2-TiI CdC12-NaC1-CdI2 * CdCl2-PbCl2-PbI CdC1 2 -T1C1-T1I * CdC12-TiI CuCl-CuI KC1-KI , 1158, 2638 KC1-KI-PbI 2 * KC1-PbC12-PbI2 * NaCl-CdI2-NaI * NaCl-NaI , 1569, 1571 NaCl-NaI-PbI 2 * NaCl-PbCl2-PbI2 * NaCl-PbCl2-PbI2 * NaCl-PbI2 * PbCl2-PbI , 2228 PbCl2-PbI , 2228 T1Cl-CdI 2 * m 3476 TiCi-TI ZrCl -ZrI ~58 ~368 m 3509 * Data recalculated from units as given in original reference.

36 Group: Chloride-Nitrate System AgC 1-AgNO 3 Composition mol % 18.5 Eutectic M.P., *C , 568, 1194, 1625, 1688 AgC1-AgNO3- Ca (NO 3 ) 2 AgC1-AgNO 3 -KNO3 * AgC1-CaC1 2 Ca(NO 3 ) 2 AgCl-KC 1-KNO 3 AgC1-LiC 1-LiNO 3 BaCi2-Ba(NO3)2 BaCl2-Ca(N03)2 CaCi2-Ca(NO3)2 CsCl-CsNO 3 HgCl 2 -TiNO3 HgC1 2 -TiNO3 HgC1 2 -T ino3 KC 1-KNO 3 LiC 1-LiNO 3 NaCl-Ba (NO3 ) 2 * NaCl-Ba(N0 3 ) 2 -NaNO NaCl-NaNO3 5 SrCl2-AgNO SrCl2-Sr (N0 3 ) , , 1688, , , 2950 * Data recalculated from units as given in original reference. 28

37 Group: Chloride-Sulfate Composition System mol % AgCl-Ag 2 SO 4 * 69.3 AgCl-Ag 2 4-Li2SO4 CaCi2-CaSO 87.5 CaCl2-KCl-CaSO * CaCl2-KCl-CaSO * CdCl2-CdSO 85 CdCl2-KC1-CdSO4 CdC 2-KC4-CdSO4 CdC12-KC1-CdSO4 CdCl2-CdSO -Li2SO4 CdCl2-Li2SO4 CdCl2-NaCl-CdSO CdC12-NaCl-CdSO4 CdCl2-T1C1-CdSO4 CdC12-T1C1-CdSO4 CoCl2-CoSO4 * * * * * * * CoCi2-CoSO -Li2SO CoCl2-LiCl-Li2SO4 * CoCl2-Li2SO 35 CsC 1-Cs25Q * 83 CsCl-LiCl-Li2So * KC1-CaSO * 82 KC1-CaSO -K2SO4 * KC1-CaSO -K2SO * KC1-K2SO4 * 76.7 Eutectic M.P., *C , , , 1636, 1640, , , , 1767, 3052 * Data recalculated from units as given in original reference. 29

38 Group: Chloride-Sulfate (cont.) System KCI-K2SO -Li2SO4 KC1-LiCl-Li2SO KC1-Li2SO4 KC1-NaC1-CaSO 4 KC1-NaCl-Li2SO4 KC1-NaCl-Na2SO4 KCl-Na2SO4 LiC 1-CaSO 4 LiC1-Li2SO4 LiCl-NaCl-Li2SO4 LiCl-NiCi2-Li2SO4 LiC2-NiSO LiCl-NiSO 4 LiCl-SrSO 4 LiCl-TiCi-Li2SO4 LiCl-ZnC12-Li2SO4 MgC l 2 -MgSO 4 NaCl-CaSO 4 NaCl-Li2SO4 NaCl-Na2SO4 NiCi2-Li2SO4 NiCl2-Li2SO 4-Ni2SC PbC12 -PbSO4 SrCl2-SrSO4 T1C1-CdSO 4 T1C1-CdSO 4 -T1 2 SO4 Composition mol 7/ * * * 48.5 * * * * 60.9 * 85.7 * 63.5 * * * 89.5 * 56.1 * 85.7 * * * 82.3 * 41.3 * * 47.3 * Eutectic M.P., *C , , , 1635, 1642, 1658, 1687, , 1635, , * Data recalculated from units as given in original reference. 30

39 Group: Chloride-Sulfate (cont.) Composition System mol % TiCi-Li2SO * 98.9 TiCi-Li2SO 4- Ti2SO * Eutectic M.P.,*C TiCi-Li2SO T120 * TiCi-Na2SO * 98.5 TiCi--T12SO * 77.3 ZnCl2-Li2SO 99 ZnCl2-Li2SO -ZnSO ZnCl2-ZnSO * Data recalculated from units as given in original reference. 31

40 Group: Chloride-Others System Composition mol 7. Eutectic M.P., *C AgC 1-Ag 2 Cr0 4 * AgCl-Ag 2 Cr0 4 - Li2 Cr04 * AgC l-ag 2 S AgCl-Ag 2 WO 4 * AgC1-KVO AgC 1-Li 2 CrO 4 * AgCl-LiVO AgC 1-Li 2 W AgC 1-Na 2 Cr AgC1-Na2MoO AgCl-NaVO AgC1-Na2WO BaCi2-BaCO BaCi2-BaCO3- BaTiO BaC12-BaO BaC12-BaTiO BaCl2-NaCl-BaTiO3 * BC13-POCi CaCi2-CaCO CaC 12-CaO CaCl2-CaO 94 ( ) CaCl2-CaSiO CaCi2-KC1-K2SO4 * CaCl2-KC1-K2SO4 * CaCi2-KC1-K2SO4 * * Data recalculated from units as given in original reference. 32

41 * * * * Group: Chloride-Others (cont.) System Composition mol % Eutectic M.P., *C. CdC12-CdMoO CdC12-LiCl- Li 2 MoO 4 * CdC12-Li VO CuC1-Cu2S e? 3565 KC1-KB KC1-KBO2-K2WO KC1-K2B KC1-K 2 B Na2B 07 * KC1-K2B 07- Na2B 07 KC1-KC103 * KC1-KCNS , 1495 KCI-K2C , 2979 KC1-K2C03-Na2CO3 * , 3205 KC1-K2Cr0 * , 3116 KC1-K2Cr 207 KC1-KF-K2 C * KC1-KF-K2 CrO * KC1-K2MoO4 * , 2249 KC1-KNO3-KC KC 1-KOH-LiOH KC1-KPO KC1-K3P KC1-K P KC1-K2SO4-KBO * Data recalculated from units as given in original reference. 33

42 * * Group: Chloride-Others (cont.) System Composition mol 7/ Eutectic M.P., *C KC 1-K2SO4- KCNS KC1-K2SO -K2WO KC1-K2SO4-K2WO - * Li2WO ? 1641 KC1-K2SO4-Li2SO 4- * K2WO -Li2WO KC1-K2SO4-Na2CO3 * KC 1-KVO KC1-K2W04 * , 2401 KC1-K2WO4-Li2 4 * KC 1-LiC 1-LiOH KC 1-LiC 1-LiOH KC1-LiC 1-Te02 KC1-Li2SO4-Li2WO4 * * ? KC1-Li2WO4 * KC1-Na2B 07 KC1-NaC1-Na2 CO3 KC1-Na2 CO * * , 1321, KC1-NaF-K2Cr04 * LiCl-CdWO 4 * LiCl-LiBO LiCl-LiBO2-Li2WO4 LiCl-Li2C03 * LiCi-Li2Cr LiC 1-Li2MoO LiCl-LiOH * Data recalculated from units as given in original reference. 34

43 Group: Chloride-Others (cont.) Composition Eutectic System mol 7 M.P.,*C LiCi-Li2SO4-Li 3CO LiCi-Li2SO4-Li WO4 * LiCl-Li VO LiCl-Li2WO NaC1-BaCO NaCl-BaCO NaC1-K2B 07 * 76.5 ~656 m NaC1-KCNS , NaCL-K2MoO Na2MoO * NaC1-K2WO4-Na2WO4 * NaC1-K2W04-Na2WO4 * NaCl-Na2B 07 * NaCl-NaCNS NaCl-Na2 CO3 * NaCi-Na2 CO3-NaOH NaCl-Na2 CO3-NaOH NaCl-NaF-Na2 CO3 * NaCl-Na2MoO * NaCl-Na2MoO * NaC1-NaNO NaCl-Na NaCl-Na4P NaCl-Na2SO4-KCNS NaCi-Na2SO4-NaCNS NaCi-Na2SO4-Na2 CO3* m NaCl-Na2TiO3 * , , , , , * Data recalculated from units as given in original reference. 35

44 Group: Chloride-Others (cont.) Composition System mol %/ Eutectic M.P., *C NaC1-NaVO NaCi-Na2WO * NaCi-Na2WO4 * NaCl-PbCl2-PbS * NaC1-PbO * PbC12-LiCi-Li3 v4 * PbC12-Li3 VO4- Pb 3 4(V 4 ) 2 * PbC12-PbS * , 3565 RbCl-PbO * SrCl2-SrO SrC12-SrO TiCi -VOCi3 * VC1 -VOCi3 * ZrC1 -POCi ZrC1 -POCi * Data recalculated from units as given in original reference. 36

45 Group: Cesium Fluoride-Fluoride System Composition mol % Eutectic M. P., *C A1F 3 -CsF CsF-HF CsF-HF CsF-Hf CsF-HF CsF-LiF CsF-NaF CsF-NaF CsF-PbF CsF-PbF CsF-ThF CsF-ThF CsF-ThF CsF-ThF

46 Group: Potassium Fluoride-Fluoride System AlF3-KF 6 Composition mol % Eutectic M.P., *C AF3 -KF AF3 -KF AiF3-KF BaF 2-CaF2-KF BaF2-KF , 171, 699, 2016 BaF2-KF-LiF , 2016 BaF 2-KF-LiF-NaF BaF2-KF-NaF BaF2-KF-SrF m 699 BaF2-NaF , 171, 699, 1169, 1469, 2016 BeF2-KF BeF2-KF ~ BeF2-KF BeF2-KF BeF2-KF-LaF BeF2-KF-LaF CaF2-KF CaF2-KFL CaF2-KFL , 1392, 171, 1392, , 171, , 2031, 2033, 2918, , 1392, 2031, 2033, CaF -KF , 171, , 2031, 2033, CaF 2 -KF-LiF CaF 2-KF-LiF-NaF

47 Group: Potassium Fluoride-Fluoride (cont.) System Composition mol % Eutectic M.P., *C CaF2-KF-NaF , 2033 CaF2-KF-NaF , 2033, 2918 CaF 2 -KF-NaF , 2031, 2033 CaF2-KF-SrF HF-KF KF-LaF KF-LiF , 140, 1090, 1198, 1509, 2015, 2016, 2031 KF-LiF-NaF , 200, 444, 1198, 1838, 2031 KF-LiF-NaF KF-LiF-SrF KF-MgF , 2305, 2896 KF-MgF , 2305, 2896 KF-MgF2-NaF KF-MgF2-NaF KF-MgF2-NaF KF-NaF , 471, 567, 568, 633, 1198, 1507, 1529, 1643, 1691, 1726, 2015, 2031, 2033, 2305, 2918 KF-NaF-SrF KF-NaF-ThF KF-NiF 2 KF-NiF KF-PbF 2 KF-PbF , 1721 KF-SrF , 1392,

48 Group: Potassium Fluoride-Fluoride (cont.) Composition System mol % KF-ThF 4 86 KF-ThF 4 69 KF-ThF 4 44 KF-ThF 4 22 KF -ThF ~^86 KF-ThF 4 34 KF-ThF 4 47 KF-ThF 4 54 KF-ZnF 2 20 KF-ZnF 2 76 KF-ZrF Eutectic M.P., *C , , , , , , , ,

49 Group: Lithium Flouride-Flouride Composition System mol 7c AlF3-LiF 15 AiF3-LiF 36 AiF3-LiF 37 AiF3-LiF 14.5 Eutectic M.P., *C , 1267, 2738, 2738, BaF2-CaF2-LiF BaF2 -CaF2-LiF-MgF2* m 3420 BaF2-LiF , 170, 1336, 1657, 2016 BaF2-LiF-MgF BaF 2 -LiF-MgF BaF2-LiF-NaF , 2016 BaF 2 -LiF-SrF BeF2-LiF , 1838, BeF2-LiF , 1838, BeF2-LiF , 1838, BeF2-LiF-ThF CaF 2 -LiFT ~ , 1249, 150 0, 1656, 1803, CaF2-LiF-MgF , 1500 CaF 2 -LiF-MgF , 1500 CaF2-LiF-NaF , 2031 CaF 2 -LiF-SrF 2 LiF-MgF , 1249, , LiF-MgF m 2292 LiF-MgF m 1111, 1249, , * Data recalculated from units as given in original reference. 41

50 Group: Lithium Flouride-Flouride (cont.) Composition System mol %7 LiF-MgF 2 71 LiF-MgF 2 -NaF LiF-MgF 2 -NaF LiF-MgF 2 -NaF LiF-MgF 2 -SrF LiF-Na3AiF6 * 83.5 LiF-NaF 61 LiF-NaF 61 LiF-NaF-SrF 2 LiF-PuF 3 LiF-SrF 2 LiF-ThF 4 LiF-ThF 4 LiF-ThF 4 LiF-ThF 4 LiF-YF Eutectic M.P., C 743 m , 1198, 1803, 1836, 2015, 2016, , , 1838, , , 1838, * Data recalculated from units as given in original reference. 42

51 Group: Sodium Fluoride-Flouride System Composition mol % Eutectic M. P., *C AF3 -Na3AiF6 * , 3260, 3357 AlF3-NaF * , 588 AiF3 -NaF * A1F3 -NaF AF3 -NaF , 1034, 1039, 1267, 2117, 2312 BaF2- af2-naf BaF2-Na3A1F6 BaF2-NaF , 171, 699, 1169, 1469, 2016 BaF2-NaF-SrF m 699 CaF 2 -Na 3 A1F 6 * , 2130, 3357 CaF2-Na3A1F6 CaF2-NaF * , 471, 1169, 1252, 1375, 1392, 1803, 2031, 2033, 2918 CaF 2 -NaFr , 1803, 2918 CaF2-NaF , 1392, CaF 2 -NaF -SrF m 1392 C df 2-NaF Li3AF6 -Na3AF6 47 * , 1267 MgF2-NaF MgF2-NaF MgF2-NaF , 2292 MgF2-NaF , 2292 Na3AlF6-NaF NaF-PbF2r , , 1721 * Data recalculated from units as given in original reference. 43

52 Group: Sodium Fluoride-Fluoride (cont.) System NaF-RbF Composition mol % 33 Eutectic M.P., *C NaF-SrF 2 (68-73) , 1169, 1392, 1653, 2015 NaF-ThF , 1966 NaF-ThF , 1966 NaF-ThF , 1966 NaF-ThF NaF-ThF NaF-ThF , 1966 NaF-ZrF 4 NaF-ZrF 4 NaF-ZrF I 64, 200, 1126, 1128, 1838, , 200, 1126, 1128, 1838, 1987 NaF-ZrF , 200, 1126, 1128, 1838, 1987 NaF-ZrF , 200, 1126, 1128, 1838, 1987 NaF-ZrF , 200, 1126, 1128, 1838,

53 Group: Rubidium Fluoride-Fluoride System Composition mol % Eutectic M.P., *C AlF3 -RbF MgF2-RbF MgF 2 -RbF MgF 2 -RbF PbF 2 -RbF PbF2-RbF RbF-ZnF RbF-ZnF

54 Group: Fluoride-Fluoride (Non-Alkali) System Composition mol 7% Eutectic M.P., *C AgF-ZnF m 2333 AgF-ZnF BaF 2 -BeF BaF2-BeF BaF2-CaF m 171, 1655, 3668 BaF 2 -CaF 2 -MgF BaF 2 -MgF , 1253, 3303 BeF2-CaF BeF 2 -MgF BeF 2 -PbF BeF 2 -PbF 2 BeF 2 -PbF BeF 2 -ThF , 3346 CaF 2 -MgF CaF 2 -MgF , 567, 568, 1249 CaF2-MgF CaF 2 -MgF 2 CrF 2 -CrF , 567, 568,

55 Group: Fluoride-Bromide Composition System mol %/ Eutectic M.P., *C KF-KBr , 568 NaF-NaBr , 568 PbF2-PbBr PbF2-PbBr

56 Group: Fluoride-Iodide Composition Eutectic System mol %/M.P., *C NaF-NaI PbF2-PbI ,

57 Group: Fluoride-Nitrate Composition Eutectic System mol % M.P., 0 C KF-KNO KF-NaF-KNO NaF-NaNO

58 Group: Fluoride -Sulfate Composition System mol % Eutectic M.P., *C CsF-Cs 2 SO CsF-Cs 2 SO KF-K 2 S , 1672, 2401 KF-K 2 S KF-K 2 SO KF-K KF-K KF-K2O KF-PbF 2 -PbSO LiF-Li 2 S , 2401 LiF-Li 2 SO , 2401 LiF-Li 2 S0 2 -PbSO LiF-PbF 2 -PbSO Na3A1F 6 -Na 2 S NaF-Na 2 S , 1554 NaF-Na 2 S NaF-Na 2 SO NaF-Na 2 SO , 1554 NaF-PbF 2 -PbSO NaF-PbF 2 -PbSO NaF-PbF 2 -PbSO NaF-Rb2SO PbF2-K PbF2-K2SO4-PbSO PbF2-K2SO4-PbSO PbF2-PbSO , 1672 RbF-Rb2S ,

59 Group: Fluoride-Sulfate (cont.) Composition Eutectic System mol % M.P., *C RbF-Rb 2 SO RbF-Rb2SO RbF-Rb2O , ,

60 Group: Fluoride-Others System BaF2-BaSiO3 BaF2-LiF-LiSi03 BaF2-LiF-Li2SiO3 BaF2-LiF-Li2 Si03 BaF2-Li2 Si03 BF 3 -N 2 0 BF3-SO2 BF3~8 2 CaF 2 -CaO CaF2-CaO-P205 CaF2-CaO-P205 CaF2-CaO-P205 CaF2-Ca3(P04)2 CaF 2 -Ca 3 (P0 4 ) 2 CaF 2 -CaSiO3 CaF2-CaSiO3 CaF2-Na3AlF6 Al203 Composition mol % * * * * 87.6 * * Eutectic M.P., *C , 568, , 2130, 3357 CaF 2 -Na 3 A1F 6 - Al203 * , 2130, 3357 CsF-Cs 2C CsF-Cs 2 CrO CsF-Cs 2CrO CsF -Cs 2 Mo * Data recalculated from units as given in original reference. 52

61 Group: Fluoride-Others (cont.) System Composition mol 7% Eutectic M.P., *C CsF-Cs2MoO CsF-Cs 2 Ti CsF-Cs CsF-Cs 2W CsF-Cs 2 W KF-K2B KF-K2C , 2979, 3206 KF-K , 2979, 3206 KF-K2C KF-K2C KF-K 2 C KF-K 2 Cr , 3116 KF-K 2 CrO , 3116 KF-K2 Cr KF-K2 Cr , 3116 KF-K2Mo KF-K2Mo , 1691, 1903 KF-K2Mo KF-K2Mo KF-K2MoO , 1903 KF-KPO KF-KP O KF-K KF-K P KF-K2Sio KF-K2Si03-Na2Si KF-K2Si 03-Na2Si

62 Group: Fluoride-Others (cont.) System Composition mol % Eutectic M. P., *C KF-K2 SiO3-Na2 Si KF-K2TiO KF-K2TiO KF-K2TiO KF-K2TiO3-Li2TiO KF-K2TiO3-Na2TiO KF-KVO 3 KF-K2WO , 1903, 2401 KF-K2WO , 1903, 2401 KF-LiF-K KF-LiF-K2Si KF-LiF-K2WO KF-LiF-Li2TiO KF-Li2TiO KF-NaF-K2B KF-NaF-K2B KF-NaF-K2C KF-NaF-K2MoO KF -NaF -K2MoO KF -NaF-KVO KF-NaF-K2 W KF -NaF -K2WO KF-Na2Mo KF-Na2Mo KF-PbTiO 3 K2TiF6-Ti02 94 * * Data recalculated from units as given in original reference. 54

63 Group: Fluoride-Others (cont.) System Composition mol 7 Eutectic M.P., *C LiF-K2WO LiF-K2WO -Li2WO LiF-K2WO -Li2WO LiF -Li2Co LiF-Li2Cr LiF-Li2MoO LiF-Li P LiF-Li2SiO LiF-Li2WO LiF-NaF-Li P MgF 2 -MgO MgF 2 -MgO-SiO MgF 2 -MgO-SiO MgF 2 -Na3AiF6 -A1203 * Na3AiF6-Al203 * , 1375, 1833, 3663 Na3AiF6 -Al203 * Na3AiF6-BeO * Na3AiF6 -CaO , 2380 Na3AiF6-CdO , 2380 Na3AiF6-Li20 * Na3A1F 6 -MgO , 2380 Na3AF6 -NaF-TiO2 * Na3AiF6 -TiO , 2380 Na3AiF6-ZnO , 2380 Na3AiF6 -Zr * Data recalculated from units as given in original reference. 55

64 Group: Fluoride-Others (cont.) Composition System mol % NaF-K2B 07-Na2B NaF-K2 CO3 51 NaF-K2 CO3-Na2 CO NaF-K2MoO -Na 2MoO NaF-K2WO -Na2WO NaF-Li P NaF-Li P27-Na P NaF-Li2TiO3 87 NaF-Li2TiO3-Na2TiO NaF-Li2TiO3 -Na2TiO NaF-Na2B NaF-Na2C3 40 NaF-Na2CO NaF-Na2CO3-Na2SO NaF-Na2Cr0 35 NaF-Na2MoO 20 NaF-Na2MoO420 NaF-Na2MoO 15 NaF-Na P27 51 NaF-Na2S7O3 59 NaF-Na2TiO3 52 NaF-Na2TiO3 52 NaF-Na2TiO3 33 NaF-NaVO NaF-Na2WO 171. NaF-Na2O4 23 Eutectic M.P., *C , , , , 1691, , 1691, , 1691, ,

65 Group: Fluoride-Others (cont.) System Composition mol % Eutectic M.P., *C NaF-Na2WO NaF-PbTiO NaF-TiO PbF 2-PbO RbF-Rb2C RbF -Rb2Co3O RbF-Rb 2Mo RbF-Rb2MoO RbF-Rb2 M RbF-Rb2 Ti RbF-Rb2WO RbF-Rb2WO

66 Group: Bromide-Bromide System Composition mol 7% Eutectic M.P., *C AgBr-KBr , 568, 708, 902, 1153, 1688, 3266, 3546 AgBr-KBr , 568, 708, 902, 1153, 1688, 3266, 3546 AgBr-KBr , 568, 708, 902, 1153, 1688, 3266, 3546 AgBr-RbBr , 3546 A1Br3-AsBr AlBr3-AsBr AlBr3-BBr AlBr3-KBr , 1427, 2993 A1BR3-NaBr , 2993 A1Br3-SnBr AsBr3-PBr AsBr3 S2Br AsBr 3 -SnBr AsBr5-BBr BaBr2-LiBr BaBr2-NaBr BBr3-SnBr CdBr2-KBr , 1262, 1278 CdBr2-KBr , 1262, 1278 CdBr2-KBr-NaBr CdBr2-KBr-PbBr CdBr2-KBr-PbBr

67 Group: Bromide-Bromide (cont.) System Composition mol 7 Eutectic M.P., 0 C CdBr2-KBr-PbBr CdBr2-NaBr , 1263, 1581, 3469 CdBr2-NaBr CdBr2-NaBr CdBr 2-NaBr-PbBr CdBr2-PbBr2b , 1481 CdBr2-TlBr CdBr2-T1Br CdBr2-ZnBr2 * CsBr-NaBr CuBr-KBr * HgBr 2 -KBr HgBr2-NaBr HgBr2-PbBr KBr-LiBr , 568 KBr-NaBr m 1262, 1339, 2789 KBr-PbBr KBr-PbBr KBr-PbBr KBr-PbBr KBr-PbBr2-T1Br KBr-PbBr2-T1Br KBr-RbBr m 1839 KBr-TiBr KBr-TiBr KBr-T1Br * Data recalculated from units as given in original reference. 59

68 Group: Bromide*Bromide (cont.) System Composition mol % Eutectic M.P., *C KBr-T1Br LiBr-NaBr LiBr-RbBr LiBr-RbBr MgBr 2 -NaBr NaBr-PbBr , 1482 NaBr-PbBr NaBr-PbBr2-TlBr NaBr-PbBr2-T1Br NaBr-RbBr NaBr-SrBr NaBr-T1Br PbBr2-T1Br PbBr2-T1Br r ) , 1339, , , 3450 PbBr2-T1Br , 462 PbBr2-T1Br , 462 PbBr2-T1Br , 3450 PBr3-SnBr SbBr 3 -SnBr S2Br2-SnBr

69 Group: Bromide-Iodide System Composition mol 7% Eutectic M.P., *C AgBr-AgI CdBr2-CdI m 386 m CdBr2-CdI m 3470 NaBr-NaI m 3469 PbBr2-PbI PbBr2-PbI PbBr2-PbI , 568, 691, 3092 SnBr2-SnI T1Br-T1I m

70 Group: Bromide-Nitrate System Composition mol % Eutectic M.P., *C AgBr-AgNO , 568 AgBr-AgNO , 1688, 567, 568, 2898 AgBr -AgNO AgBr-AgNO3-KNO LiBr-LiNO NaBr-NaNO , 3501 NaBr-NaNO 3 -Sr (NO 3 ) NaBr -SrBr 2 -Sr (NO 3 ) NaBr-Sr (NO 3 ) SrBr 2 -Sr(N0 3 )

71 Group: Bromide-Sulfate System AgBr-Li2SO4 KBr-K2SO4 KBr-NaBr-Na2SO4 KBr-Na2SO4 NaBr-Na2SO4 Composition Eutectic mol % M.P., 0 C

72 Group: Bromide-Others System Composition mol % Eutectic M.P., *C AgBr-KVO 3 AgBr-Li2Cr0 AgBr-Li 2 Mo0 4 AgBr-LiVO 3 AgBr-Na2 Cr0 AgBr-Na2Mo04 AgBr -NaVO 3 AgBr-Na2WO CdBr 2 -Li 2 CrO KBr-NaBr-Na2 C03 * PbBr2-Pb PbBr2-PbO PbBr2-PbO * Data recalculated from units as given in original reference.

73 Group: Iodide-Iodide System Composition mol 7% Eutectic M.P., *C AgI-KI AgI -KI , 2638, 3546 AgI-KI , 3546 AgI -NaI , 567 AgI-NaI , 173 AgI-RbI CdI2-KI , 2319 CdI2-NaI , 1569 CdI 2 -NaI-PbI CdI2-PbI CdI2-TI CdI2-TI CdI2-TI CsI-NaI HgI 2 -NaI KI-NaI m 1158, 1261 KI-NaI-PbI KI-NaI-PbI KI-PbI KI-PbI 2 NaI-PbI NaI-PbI ,

74 Group: Iodide-Sulfate System KI-K 2 SO 4 K-K2SO4 KI-NaI-K2SO4 KI-Na2SO4 Na1-Na2SO4 Composition Eutectic mo 17 M.P., *C ,

75 Group: Iodide-Others KI-PbO PbI2-PbO System Composition Eutectic mol % M.P., *C

76 Group: Nitrate-Nitrate System AgNO 3 -Ca (NO 3 ) 2 AgNO 3 -CsNO 3 AgNO 3 -CsNO 3 AgNO 3 -KNO 3 AgNO 3 -KNO 3 -NaNO Composition Eutectic mo17% M.P., *C ( ) 131 AgNO 3 -KNO 3 -NaNO3-TiNO AgNO 3 -KNO3-NH NO3 AgNO 3 -KNO 3 -T1NO 3 AgNO 3 -LiNO 3 AgNO 3 -LiNO 3 -RbNO3 AgNO3 -LiNO3 -RbNO3 AgNO 3 -LiNO 3 -RbNO 3 AgNO 3 -NaNO 3 -NHNO3 AgNO 3 -NaNO 3 -NH AgNO 3 -NaNO 3 -TINO3 AgNO 3 -NaNO 3 -TINO3 AgNO 3 -NH NO3 AgNO 3 -Pb(NO3 2 AgNO 3 -Pb (NO 3 ) 2 AgNO 3 -RbNO 3 ) AgNO 3 -RbNO 3 AgNO 3 -TNO 3 AgNO 3 -T1NO 3 Ba(NO 3 ) 2 -a(no Ba(NO3) 2 -KNO 3 Ba (NO 3 ) 2 -NaNO3 Ba (NO 3 ) 2 -NaNO3 NO3 3 I * 96.2 * ( ) ( ) , 1269, , 1190, 1546, 1688, , , 170' , 170' , , , 132 0, , 13210, , 149 8, 1899, 2145, 243' , , 3641 * Data recalculated from units as given in original reference. 68

77 Group: Nitrate-Nitrate (cont.) System Composition mol % Eutectic M.P., *C Ba(NO 3 ) 2 -Sr(NO Ca (NO 3 ) 2-KNO3 ( ) , 2639, 2432, 2441, 2672 Ca(NO 3 ) 2 -KNO 3 -LiNO 3 * Ca(NO 3 ) 2 -KNO 3 -Mg(NO 3 2 * Ca(N0 3 ) 2 -KNO 3 -NaNO , 1378, Ca(N0 3 ) 2 -KNO 3 -NaNO , 1378, 2235 Ca (NO 3 ) 2 -LiNO 3 ( ) , 2444 Ca(N0 3 ) 2 -LiNO 3 -NaNO 3 * Ca(NO 3 ) 2 -NaNO 3 Ca(NO3) 2 -NaNO 3 -NH4NO3 * Ca(N0 3 ) 2 -NH 4 NO3 Ca(NO 3 ) 2 -Sr(NO 3 ) 2 Ca(NO 3 ) 2 -TlNO 3 Cd (NO 3 ) 2 -CsNO 3 Cd (NO 3 ) 2 -CsNO 3 Cd(NO 3 ) 2 -CsNO 3 -T1NO 3 Cd(N0 3 ) 2 -LiN 3-NaNO3 Cd (NO 3 ) 2 -RbNO 3 Cd(NO 3 ) 2 -RbNO 3 Cd(N3 2 -T1NO 3 KNO3 -LiNO3 KNO 3 -LiNO3-NH4NO3 KNO3-LiNO3-TiNO3 KNO -Mg(N0 3 ) 2 KNO 3 -Mg (NO 3 ) 2 * ( ) * * * * * 27.4 ( ) * 51.5 * , 1497, 2439, 2504, 2672, , 983, 1095, 1096, 1840, * Data recalculated from units as given in original reference. 69

78 Group: Nitrate-Nitrate (cont.) System Composition mol % Eutectic M.P., *C KNO3 -NaNO3 ( ) , 750, 1320, 1386, 1521, 1707, 2083, 2145, 3057, 3318 KNO3 -NaNO3-T1NO KNO3 -NH NO , 3348 KNO 3 -Pb(NO 3 ) 2 * KNO 3 -Sr (NO 3 ) 2 KNO3 - T ino3 (82-86) (28-30) , , 1320 LiNO3-NaNO3 ( ) , 1094, 1665, 3435 LiNO3-NH NO LiNO 3 -Sr(NO 3 ) 2 LiNO 3 -T 1NO 3 (95-98) ( ) , , 1801 Mg (NO 3 ) 2 -NaNO 3 * NaNO 3 -Pb (NO 3 ) NaNO 3 -Sr (NO 3 ) 2 (91-95) , 3501, 1839 NaNO 3 -T1NO 3 ( ) , 568, 1320 Pb (NO 3 ) 2 -T 1NO 3 * * Data recalculated from units as given in original reference.

79 Group: Nitrate-Sulfate System Composition mol % Eutectic M.P., *C KNO3-K2SO LiNO3-Li2SO4 * NaNO3 -Na2SO * Data recalculated from units as given in original reference.

80 Group: Composition System mol % Ba(N0 3 ) 2 -Ba(NO 2 ) 2 6 Ba(NO 3 ) 2 -Ba(NO 2 )2-KNO 2 * Ba(N0 3 ) 2 -KNO 2 * 24.2 Ca(NO3) 2 -CaCrO Ca (NO3) 2 -K 2 Cr KNO3 -CaCr0 * 99.6 KNO3 -K2CO3 96 KNO3 -K2Cr KNO3-K2W4 * 94.2 KNO 3 -NaNO 2 40 KNO3 -NaNO3-NaNO LiNO 3 -LiC LiNO3-Li2C NaNO3-Na2O Nitrate-Others Eutectic M.P., *C , , * Data recalculated from units as given in original reference.

81 Group: Sulfate-Sulfate System Composition mol % Eutectic M.P., *C Ag2SO -Li2SO4 Ag 2 SO4-Li2SO Ag 2 SO 4 -PbSO BaSO4-K2SO BaSO -K2SO BaSO -Li2SO , 2412 BaSO -Li2SO BaSO4-Na2S CaSO -Li2SO4 ( ) , 3702 CaSO -Na2SO4 * CdSO -K2SO , 2675 CdSO -K2SO , 2675 CdSO4-K2SO4-Li2SO CdSO -K2SO4-Li2SO CdSO -K2SO4-Li2SO CdSO -K2SO -Li2SO CdSO -K2SO -Na2SO CdSO -Li2SO 4 ( ) , , 2675, CdSO 4 -Li2S 4 -Na 2 SO CdSO 4 -Na2S , CdSO -T12SO CoSO 4 -K 2 SO CoSO -K2SO * Data recalculated from units as given in original reference. 73

82 Group: Sulfate-Sulfate (cont.) System Composition mol % Eutectic M.P., *C CoSO -Li2SO4 ( ) , 2706 CoSO -Na2SO Cs2SO -Li2SO Cs2SO -Li2SO Cs2SO -Li2SO Cs2SO -MgSO Fe 2 (SO 4 ) 3 -K 2 SO Fe 2 (50 4 ) 3 -K 2 S K2SO -Li2SO , , 1769, K2SO -Li2SO , , 1769, K2SO -Li2SO -Na2 SO , 1765 K2S04-Li2S 4-PbSO4 K2SO -Li2SO -PbSO K2SO -Li2SO 4-PbSO K2S4 -Li2S 4-T12S , 1762 K2S04-MnSO4 K2SO -Na2SO -ZnSO K2SO -Na2SO 4-ZnSO K2SO -Na2S4-ZnSO K2SO -Na2SO -ZnSO K2SO4-PbSO4 K2SO4-PbSO4 K2S04-PbSO4 K2SO -SrSO Li2SO 4-MnSO Li2SO 4-Na2SO ,

83 Group: Sulfate-Sulfate (cont.) System Composition mol % Eutectic M.P., *C Li2SO4-NiSO Li2SO4-NiSO Li2SO -PbSO4 ( ) , 1777, 2707 Li2SO -PbSO -T12SO4 Li2SO4-PbSO -T12SO Li2SO -PbSO -T12SO Li2SO -SrSO4 ( ) , 2412, 2702, 3359 Li2SO -T12SO , 1528 Li2SO -T12SO , 1528 Li2SO 4-ZnSO MgSO -Rb2SO MnSO -Na2SO Na2SO 4-PbSO , 1671, 2707 Na2SO -SrSO PbSO -T12SO

84 Group: Sulfate-Others System Ag 2 SO -Ag 2 MoO 4 K2SO -KBO2 K2SO -KBO2 K 2 SO 4 -KBO2-LiBO2 K 2 S0 4 -KCNS K2SO -K2MoO K2SO4-KPO3 K2SO -K P2 07 K2SO -K2TiO3 K2SO -K2WO K2S04-K2WO -Li2MoO4 -Li2WO K2SO -K2WO -Li2WO4 K2SO -K2WO -PbWO K2SO -K2WO -PbWO4 K2SO4-Li2S4-LiB02 K2SO -Li2SO 4-LiBO2 K2so4-Li 2s4-Li 2Mo0 K2SO -Li2SO 4-Li2WO4 K2SO4 -Na2C K2SO4-PbO K2SO -PbSO -PbWO K2SO -PbSO -PbWO4 K2SO -PbWO4 Li 2S 4-K2MoO -Li2MoO Li2SO 4-KPO3-LiPO3O Composition Eutectic mol % M.P., *C * * * * * * * w w , , 1639, 1639, , * Data recalculated from units as given in original reference. 76

85 Group: Sulfate-Others (cont.) System Li 2 SO 4 -KPO 3 -LiPO3 Li2SO4-KPO3-LiPO3 Li2SO4-K2WO -Li2WO4 Li2SO -LiBO2 Li 2S4-LiBO2 Li2SO4-Li2MoO4 Li2SO4-LiPO3 Li2SO4-Li2 WO4 Li2SO -Na2SO -Li2MoO4 Li2SO4-PbO Li2SO4-PbWO4 Na 2 S4-Ag 2 MoO Na2SO -K2MoO -Na2MoO4 Na2SO -K2MoO -Na2MoO4 Na2SO4-Li2MoO -Na2MoC Na2SO4-NaCNS Na2SO -Na2 CO3 Na2SO4 -Na2MoO Na2SO -Na2MoO4 Na2SO -Na P207 Na2SO4-Na2S Na2SO4-Na2TiO3 Na2SO -Na2 S4 Na2SO -PbO Na2SO -PbSO4-PbWO4 Na2SO -PbWO4 Na2SO -V205 Composition mol 7% * * * 69.5 * 52.7 ( ) * * (20-40) Eutectic M.P., *C m m , , , , 1642, 2241, k Data recalculated from units as given in original reference.

86 Group: Sulfate-Others (cont.) System Na2SO -V205 PbSO -PbWO4 Composition Eutectic mol % M.P., *C , 1632

87 Group: Oxide-Oxide System Composition mol % Eutectic M.P., *C A BaO * Al203-BaO * Al203-BaO * Al203-BaO * Al203-BeO Al203-BeO * 42.3 * , 2589, Al203-BeO * , 2579 A1203-BeO Al203-BeO * 39.8 * Al203-BeO0-MgO A1203 -BeO-Th02 * Al203-BeO-Th Al203-BeO-Ti02 * Al203-BeO-Ti02 * Al20 3 -BeO-TiO2 * Al 203-BeO-ZrO Al203-CaO *~ ~1390 Al20 3 -CaO * Al203-CaO *~ X569, 1694, 2260, , 2617, 2618, 3218 Al203-Ca0 *~ Al203-CaO-FeO203 * Al203- a0-fe203 * Al203-Ca0-Fe23 * Al203 Ca-FeG2a 3 * Al203 -a0-fe 203 * * Data recalculated from units as given in original reference. 79

88 + + + Group: Oxide-Oxide (cont.) System Na20 Al203-CaO-K20 Al203-CaO-K20 A123 -GaO-K20 Al203-CaO-MgO A1203-CaO-MgO A1203-CaO-MgO-SiO2 A Si02 A1203-GaO-Fe203- -CaO-Na20- Al203-CaO-Na20-23 Si02 A1203- ao-na20- Si Al203-CaO-P 205 Al203-CaO-P2 0 Al203-Ca0-P205 A1203-FeO A1203 -FeO-SiO 2 A K 2 0-Si0 2 A1203-K20-SiO2 A1203-K20-Si02 A1203-K20-Si02 Al 203-K20-SiO2 Al203-K20-SiO2 Al203-K20-SiO2 Composition mol 7o 5.8 * * * * * * * * * * * * * 2.8 * * * * * * * * Eutectic M.P. 0 Co , 2611, 2611, 2611, 2611, 2611, 2611, * Data recalculated from units as given in original reference. 80

89 Group: Oxide-Oxide (cont.) System Composition mol % Eutectic M.P., *C Al203-K20-SiO2 * , 2559 Al203-K20-SiO2 * , 2559 Al203-K20-SiO2 * , 2559 Al203-K20-SiO2 * , 2559 Al203-K20-SiO2 * , 2559 Al20 3-Mg0 Al203-Na 2 0-SiO 2 * 32.5 * Al203-Na20-SiO2 * Al203-Na20-Si02 * Al203-Na20-Si02 * Al203-Na20-SiO2 * A1203 -Na20-Si2 * Al203-Na20-SiO2 * Al2 3 -Na 2 0-Si 2 * A1203-Na20-Si02 * Al203-Na20-SiO2 Al203-Na20-SiO2 Al203-Na20-SiO2 Al203-PbO Al203-Pb-SiO2 Al203- Pb0-Si2 Al203-Pb-SiO2 Al203-Pb2-Si 2 Al203-Pb-SiO2 Al203-Pb-SiO2 Al203-P205 Al203 -Si 2 * * * * 12.2 * * * * * * * 35.1 * , 1407, 2611 * Data recalculated from units as given in original reference. 81

90 System A ThO2 A1203-Ti02 A1203-Ti02 Al203-TiO2 Al203-TiO2 Al203-TiO2-Zr02 Al203-TiO2-ZrO2 Al203-TiO2-Zr02 A1203-Zr02 Ba-B203-Si Z BaO-B203 2 BaO-B203-SiO2 BaO-B232 2 BaO-B203-Si02 BaO-Ca0-SiO2 BaO-Ca0-SiO2 Ba0-Ca0-SiO2 Ba0-CaO-SiO 2 Group: * 80 Composition mol 0 * 12.1 * 56.1 * 16.4 * 55.6 * * * * * * * * * * * * Oxide-Oxide (cont.) Eutectic M.P., *C BaO-CaO-SiO 2 * BaO-Li 20-Si Ba0-Li20-SiO BaO-Li20-S BaO-Li20-SiO BaO-Li20-SiO BaO-SiO 2 * , 3454 BaO-SiO 2 * , 3454 BaO-Si02 * , 3454 * Data recalculated from units as given in original reference. 82

91 Group: Oxide-Oxide (cont.) System Composition mol % Eutectic M.P., *C BaO-SiO2-TiO BaO-SiO2-TiO BaO-SiO2-TiO BaO-TiO 2 BaO-TiO BaO-TiO 2 BaO-Ti02 BaO-TiO BeO-CaO BeO-CaO BeO-MgO BeO-MgO BeO-MgO-Th0 2 BeO-MgO-Zr02 BeO-Th0 2 BeO-TiO 2 BeO-TiO 2 BeO-Zr02 Bi203-PbO-W0 3 Bi203-PbO-W0 3 Bi203-PbO-WO * , 3217, Bi203-PbO-W0 3 B203-CaO B203-CaO B203-CaO B203-CO B203-CoO B203-CO B203-Li * 22.9 * 31.2 * 43.1 * 40.7 * 29 * 15.4 * , 1206, 1206, * Data recalculated from units as given in original reference. 83

92 + + Group: Oxide-Oxide (cont.) System Composition mol % Eutectic M.P., 0 C B 203 -MgO * B203-MgO * B203-PbO * B23 -PbO * B203-PbO-SiO2 * B203-PbO-SiO2 B203-PbO-SiO * B203-T B203-T B203-ZnO * CaO-FeO CaO-MgO , , 3132, CaO-P205 * CaO-P205 * CaO-SiO 2 CaO-SiO 2 CaO-Si , 1191, 1407, 2476, 3454 CaO-SiO2-Ti02 * CaO-SiO2-Ti02- Zr2 CaO-TiO 2 * * , 2330 CaO-TiO 2 * , 2330 CaO-TiO 2 * CaO-TiO 2 * CaO-Zr CaO-Zr * Data recalculated from units as given in original reference. 84

93 Group: Oxide-Oxide (cont.) CeO 2-MgO System Composition mol Eutectic M.P.,*C No, Cr20 3 -MgO-SiO 2 Cr20 3 -MgO-SiO 2 Cu20-MgO * * CuO- PbO Cu20-PbO * CuO-SiO 2 Cu20-SiO2 *_ ~ FeO-TiO 2 * FeO-TiO 2 * FeO-TiO 2 * GeO2-Li GeO2-Li K20-Na20-P205 K20-Na20-P K20-Na20-P K20-Na20-P K20-P205 K20-PbO-Si * K20-PbO-Si 0 * K20-PbO-Si2 * K20-PbO-Si2 * K20-PbO-Si02 K20-PbO-Si02 K20-PbO-SiO2 * * K20-PbO-SiO K20-PbO-SiO2 * * Data recalculated from units as given in original reference. 85

94 * Group: Oxide-Oxide (cont.) System Composition Eutectic mol % M.P., *C K20-PbO-SiO2 * K20-PbO-Si02 K20-PbO-Si02 K20-PbO -Si02 K20-PbO-SiO2 * * * * K20-PbO-SiO2 * K20-PbO-SiO2 * K20-PbO-SiO2 * K2O-SiO2 K20-Si02 K20-Si02 * 22 ~745 * ~20 ~770 * ~43~ , 1615, 1615, 2584, 2604, , 2604, , 2604, 2611 K20-V205 Li20-Mg0-SiO2 39 * Li20-MgO-SiO2 * MgO-MnO-Si2 * Mg0-MnO-SiO2 * Mg-MnO-SiO 2 Mg-P205-Si2 MgO-P205-Si02 MgO-SrO Mg-Ti 2 MgO-TiO2 Mg-TiO2 Mg0-TiO2 MnO-SiOi2 MMnO-SiO 2 * *n * Data recalculated from units as given in original reference. 86

95 Mo03-W03 Na 20-P 205 Na 2 0 -i0 2 Na20-SiO2 Na20-SiO2 Na20-SiO2 Na20-Ti02 Na20-TiO2 Na 2 0-TiO 2 System Na 20-TiO2~ 205 Na N Na 20-V 205 Na b205ti2 20-V 2 Nb 205-TiO2 Nb205-TiO2 Nb25-TiO2 Nb205-ZnO Nb 205 -ZnO Nb 2 05-ZnO Nb Zr02 PbO-P205-Si02 Pb0-P205-SiO2 PbO-Sb203 Pb0-Sb205 PbO-Si02 PbO-SiO 2 PbO-SiO 2 PbO-SiO 2 PbO-TiO 2 Group: Oxide-Oxide (cont.) Composition Eutectic mol % M.P., *C * m , , , , , 2584, , 2584, , 2584, * Data recalculated from units as given in original reference. 87

96 Group: Oxide-Oxide (cont.) System PbO-WO P 2 O5-Si P Si Sc203-SiO2 55 Sc203-SiO2 45 Sc203-SiO SiO2-TiO2 * 91.9 SiO2-TiO2-ZrO2 SiO2-ZnO SiO2-ZnO Composition mol 7c * ( ) (1.26-1) Eutectic M.P., *C C C C , 2894, , 2596, 3034 * Data recalculated from units as given in original reference. 88

97 Group: Oxide-Others Composition System mol % Eutectic M.P., *C FeO-FeS * FeO-FeS * FeO-FeS -MnS FeO-MnS MgO-Mg 2 SiO 4 * < MnO-MnS Mo03-Cs2Mo Mo03-Cs2Mo Moo 3-Cs 2MoO Moo3-K2Mo Mo03-K2Mo MoO3 -K2Mo Moo3-K2MoO moo 3- Rb 2moo4 Mo03 -Rb2Mo MoO3 -Rb2MoO MoO3 -Rb2Mo Na 20-Na2S Nb205 -K2C Nb205-K2 C Nb205 -K2C PbO-K2 Cr PbO-K2WO PbO-Li2WO Pb0-Na2Cr * Data recalculated from units as given in original reference. 89

98 Group: Oxide-Others (cont.) Composition System mol %/ Eutectic M.P., 0 C PbO-Na2TiO3 SiO 2 -MgSiO 3 Ta205-K2C03 99 * V205-KVO V 205 -NaV V 205 -NaV V 205-NaVO3 WO3-Bi 2 (WO 4 ) 3 WO3 -Rb2WO * Data recalculated from units as given in original reference. 90

99 Group: Silicate-Silicate System Composition mol % Eutectic M.P., *C BaSiO3-Li2Si , 1789 BaSiO 3 -Na2Si CaSiO3-Li2SiO K2Si03-Na2Si03 K2Si03-Na2Si03 K2SiO3-Na2SiO K2 3-Na2S 03 K2SiO3-Na2SiO , 1290 K2SiO3-Na 2SiO

100 Group: Silicate-Others Composition Eutectic System mol % M.P., *C CaSiO3-CaTiO m 2929 K2SiO3-Na2SiO3-PbTiO K2SiO3-Na2Si03-PbTiO K2SiO3-Na2SiO3-PbTiO3 MnSiO3-MnTiO Na2Si 03-NaB Na2 Si03-PbTiO ,

101 Group: Phosphate-Phosphate System Composition mol % Eutectic M.P., *C KPO3-LiPO KPO3-LiPO KP03 -NaPO Ba 3 (P0 4 ) 2 -Ca 3 (P0 4 ) Ca 3 (P0 4 )2 - Mg 3 (P0 4 ) 2 * Li P2 07-Na P * Data recalculated from units as given in original reference. 93

102 Group: Sulphide-Sulphide System Composition mol 7o Eutectic M.P., *C Ag 2 S-Bi 2 S 3 - PbS m 1616 Ag 2 S-T12S * Cu 2S-FeS Cu2S-FeS * 26.1 * FeS-MnS FeS-Na2S FeS-PbS * FeS-SnS Sb2S3-SnS * * Data recalculated from units as given in original reference. 94

103 Group: Nitrite-Nitrite System Ba(NO 2 ) 2-KNO2 Ba (NO 2 ) 2 -KNO 2 Composition Eutectic mol % M.P., *C

104 Group: Chromate-Chromate Composition Eutectic System mol% M.P., *C Ag 2 Cr0 -Li2Cr CaCr0 -Na2Cr K2Cr0 -Li2Cr K2Cr0 -Li2Cr K2Cr0 -Na2Cr m

105 Group: Chromate-Others System Composition mol % Eutectic M.P., C Ag2CrO -Li2Mo Ag2Cr0 -Li2WO K2Cr0 -KBO K2 Cr0 -KB02-K2B K2Cr0 -KBO2-K2B K2Cr0 -K2B 07 K2Cr0 -K2B m 2676, Na2B 07 K2Cr0 -K2Cr207 * K2Cr0 -K2TiO Na2Cr0 -Na2B Na2Cr0 -Na2CO K2Cr207-NaVO3 * m 2596 * Data recalculated from units as given in original reference. 97

106 Group: Borate-Borate-Others System Composition mol % Eutectic M.P., *C KBO2-LiBO2 KBO2-LiBO , , 2244 KBO2-K B 407 KBO2-K2WO m , 2401 KB02-LiBO2-K2WO , 2244 LiB02-K2WO LiBO2-K2WO -Li2 W , 2244 LiB02-K2WO4-Li2WO , 2244 LiBO2-Li2W , 2244, 2401 K2B407-Na2B im 1643,

107 Group: Molybdate-Molybdate System Composition mol % Eutectic M.P., *C Ag2Mo0 -Li2MoO Ag 2 Mo 4 -Na2Mo m 1634 CdMo0 -Li2Moo K 2 Mo0 -Li2Mo , 1785 K2Mo0 -Li2Mo K2Mo0 -Li2Mo K2Mo0 -Li2Mo , 2010 K 2Mo0 -Li2MoO Na2Mo0 K2Mo0 -Li2Mo Na2Mo0 K2Mo0 -Na2MoO , , 1691, K2Mo04-Na2Mo , 1691, 2249 K2Mo 04- PbMo 04 K 2Mo 04- PbMo 04 Li2Mo0 -Na2Mo0 Li2Mo0 -PbMo Na2 Mo0 -PbMo

108 Group: Molybdate-Others System K2Mo0 -K2TiO3 Na2Mo0 -Na2WO4 Composition Eutectic mol % M.P., *C m 1585,

109 Group: Carbonate-Carbonate System Composition mol % Eutectic M.P., *C BaCO3-Na2C CaC03 -K2CO3-60 ~ , 1684 CaCO3-K2C03-Na2C03 CaCO3-Li2C03 * * m CaCO3-Na2 C CaC03-Na2C K2C03-Li2C K2C03-Li2 C K2C03-Li2 03-Na2C03 K2C03-Na m K2C0 3 -Na 2 C m 1697, 1882 K2C0 3 -Na 2 C m 2669, , 1697, Li Na 2 C * Data recalculated from units as given in original reference. 101

110 Group: Carbonate-Others Composition Eutectic System mol % M.P., *C Na 2CO3-BaTiO ,

111 Group: Tungstate-Tungstate System Composition mol /o Eutectic M.P., *C Ag 2 WO 4 -Li 2 W Bi2 (W04 3 -PbWO K2WO -Li2WO , , 2244, K2WO -Li2WO , , 2244, K2W04-Li , , 2010, K2W04-Li 2W , , 2241, K2WO -Li2 W , , 2241, K2WO -Li2WO , , 2241, K2W04-Na204 K2W04-PbWO4 K2W04-PbWO4 K2WO4 -PbWO4 K2W04-PbWO4 Li2WO4-PbWO4 Li2WO -PbWO , 2010, 2010, 2236, 2236, , Na2WO -PbWO , 2010 Na2WO -PbWO ,

112 Group: Tungstate-Others Composition Eutectic System mol % M.P., *C K2W 4-K2TiO

113 Group: Cyanide-Cyanide System Composition mol % Eutectic M.P., C AgCN-KCN AgCN-KCN AgCN-NaCN * CuCN-KCN * CuCN-KCN * CuCN-NaCN * CuCN-NaCN * KCN-NaCN m 1135 KCN-Zn (CN) 2 * KCN-Zn(CN) 2 * * Data recalculated from units as given in original reference. 105

114 Group: Thiocyanate-Thiocyanate Composition Eutectic System mol / M.P., *C KCNS-NaCNS , 568, 1340, 1495 KCNS-NaCNS ,

115 Group: Titanate-Titanate Composition Eutectic System mol % M.P., *C BaTiO3-SrTiO m 2550 K 2 TiO3-Li 2 TiO , 1509 K2Ti 3-Na2TiO K2TiO3-Na2TiO Li2TiO3-Na2TiO , 1237 Li2TiO3-Na2TiO

116 Group: Titanate-Others Composition Eutectic System mol % M.P., *C BaTi0 3 -KVO BaTiO3-NaVO K2TiO3 KVO K2TiO3~K V Na2TiO3-NaVO

117 Group: Perchlorate-Perchlorate Composition Eutectic System mol % M.P., *C Ba(C104) 2 -NaC Ca(C10 4 ) 2 -LiC Ca(C10 4 ) 2 -NaC KC10 -LiC LiC10 -NaC

118 Group: All Others Composition Eutectic System mol % M.P., *C KC10 3 -NaC m 1707, 1972 KVO3-LiVO3-NaVO3 * m 2596 Li SiG -ZrSiO Li30 4 -Pb 3 (V0 4 ) * Data recalculated from units as given in original reference. 110

119 LIST OF EUTECTIC MELTING POINTS FOR ALL SYSTEMS

120

121 Eutectic M.P., *C System Composition mol 7% m BF3-N20 BF3-SO2 BF3-SO2 TiCl -VOC3 VC1 -VOC3 AsBr3-S2Br2 AsBr5-BBr3 BBr3-SnBr4 PBr3-SnBr4 CsF-HF S2Br2-SnBr4 A1Br3-BBr3 AsBr3-SnBr4 CsF-HF SnBr -SnI4 A1Br3-SnBr4 AsBr3-PBr5 A1Br3-AsBr3 SbBr3-SnBr4 A1Br3-AsBr3 CsF-HF Ca(NO 3 ) 2 -NaNO 3 -NH NO3 Ca (NO 3 )2-NH 4 NO 3 AlC13-KC1-NaCl * 18.6 * * * 16.6 AlCi3-A1Br3 * 35. AlCi3-GaCi36 A1 3 a AgNO3-KNO3-NaNO3-TiNO , , , 399, 682, 684, * Data recalculated from units as given in original reference. 113

122 Eutectic M.P., *C System Composition mol % 78 AgNO3-NaNO3-T1NO , A1C1 3 -NaCl-TaC AgNO 3 -KNO 3 -TINO AgNO 3 -NaNO 3 -T1NO , AgNO 3 -TiNO , 1320, AgNO 3 -T1NO , 1320, BC13-POC Cd (N0 3 )2-GsNO3-TiNO3 * A1Br3-KBr , 1427, AlCi3-KC1-NaCl , 399, 682, 684, 2993' 92 KNO3-LiNO3-NH NO AlCl3-KC1-NaC , 399, 682, 684, AlCi3-NaCl , 334, 399, 400, 680, 681, 684, 703, 1384, 1588, 1926, AgNO 3 -NaNO3-NH 4 NO AlC13-KC1-NaC , 399, 682, 684, KNO3-LINO3-TiNO AgNO 3 -NaNO 3 4-NHNO AlBr3-NaBr , Cd (NO 3 ) 2 -TiNO3 * AgNO 3 -KNO3-NH 4 NO * Data recalculated from units as given in original reference. 114

123 Eutectic M.P., *C System Composition mol % 97 AlCl 3 -NaCl-NbC LiNO3-NH NO AgNO 3 -LiNO3-RbNO AlCi3-SeCl AgNO 3 -NH NO AgNO 3 -LiNO3-RbNO AlCi3-NaC , 334, 399, 400, 680, 681, 684, 703, 1384, 1588, 1926, AlCi13-TeC i Al3 4 AlCi3-NbC15-TaCi5 Cd(N0 3 ) 2 -LiNO 3 -NaNO * * AgNO 3 -LiNO3-RbNO AlC13-NaCil , 334, 399, 400, 680, , 703, 1384, 1588, 1926, AgC 1-AgNO 3 - KNO AlCi3-KC AlC13-LiCil , AlCi -TeCi4 Al3 4 A1C1 3 -CsCl-TaC1 5 A1C1 3 -KC1-NbC1 5 AlCi3-NaCl 39.5 * , 334, 399, , 681, 684, 703, 1384, 1588, 1926, AlCi3-POC AgNO 3 -KNO3-NaNO * Data recalculated from units as given in original reference. 115

124 Eutectic M.P., *C System Composition mol % AlCl3-KCl-ZrC1 AlCl3-ZrC1 Ca(N0 3 ) 2 -KNO3-LiNO3 AlCl3-TaCi5 AgBr-AgNO3-KNO3 KNO3-LiNO3 CuC l-tic 1 AlCi3-NaCi KCNS -NaCNS AlCl3-NbC15 AgNO 3 -RbNO 3 AlCi3-KC1 KCNS -NaCNS AgNO 3 - KNO * * ( ) * ( ) LiNO3-TiNO3 ( ) Ca(NO 3 ) 2 -KNO3-NaNO Ca(NO 3 ) 2 -KNO3-NaNO HgCl2-NH4Cl 42 Mg (NO 3 ) 2 -NaNO 3 * 37.4 AgNO 3 -RbNO 3 40 CuCl-KC1 67 Ca(NO 3 ) 2 -KNO 3 -Mg(N0 3 2 * , 1588, , 983, 1095, 1096, 1840, , 334, 399, 400, 680, 681, 684, 703, 1384, 1588, 1926, , 568, 1340, , 1588, , , 398, 399, 400, 680, 684, 703, 1388, 1464, 2991, , , 1190, 1320, 1546, 1688, , , 1378, , 1378, , 2235, , , 816, Ca(NO 3 ) 2 -TiNO3 * * Data recalculated from units as given in original reference. 116

125 Eutectic M.P., C System Composition mo 1% 138 KNO3-NaNO3-TiNO A1C1 3 -NaCl-NbC A1C1 3 -NaCl-TaC KNO3-NaNO AlC13-FeC13-NaCl Ca(N0 3 ) 2 -KNO3 KNO3-NaNO3-NaNO2 ( ) 1' , 2432, 2441, 2672, , CuCl-NH C , AlCi3-FeCi3-NaCi AlCi3-CsC1 * FeC1 3 -NaCl-NbC FeC1 3 -NaCl-NbC AlC13-FeC13-NaCl AlC13-NaCl , 334, 399, 400, 680, 681, 684, 703, 1384, 1588, 1926, CuC1-KC , 816, CuCl-RbC FeC13-NaC , 1395, CsF-HF Cd(N0 3 ) 2 -RbNO AgBr-AgNO ,568,1625, 1688, AgBr-AgNO KNO3-NH NO , FeC13-NaCl , 1395, NaNO3-TiNO3 ( ) 567, 568, 1320 * Data recalculated from units as given in original reference. 117

126 Eutectic M.P., 0 C System Cd(N0 3 ) 2 -CsNO 3 ZrCl-POCi3 AgBr-AgNO 3 AgNO 3 -CsNO 3 Cd(N0 3 ) 2 -CsNO 3 NaCl-Na2SO -KCNS Cd(N0 3 ) 2 -RbNO 3 HgBr 2 -KBr KC1-K 2 SO -KCNS AgNO 3 -CsNO3 NaCl-KCNS AlCl3-KC1-NbC15-TaC15 Ba(N0 3 ) 2 -KN0 2 Ca(N0 3 ) 2 -LiNO 3 -NaNO3 SnC2-ZnC12 AgNO 3 -LiNO3 AgCl-AgNO 3 -Ca(N0 3 ) 2 LiNO3-LiC10 KC1-KCNS ZrC1 -POCi3 Pb(N0 3 ) 2 -T1NO 3 AgCl-AgNO 3 HgC1 2 -TiNO3 K 2 SO 4 -KCNS KNO3-Mg(N0 3 ) 2 AiG1 3 -KC1-NbC15 AlC1 3 -KCl-TaC1 5 Composition mol % * *24.2 * * * *.2 * , , , 568, 1194, 1625, , * Data recalculated from units as given in original reference. 118

127 Eutectic M.P., c System Composition mol % 180 FeC1 3 -KC1-ZrC FeC13-KC1-ZrC KC1-NbC15-TaC KC1-SnCl , KNO3-TiNO3 (28-30) 1096, A1C1 3 -KC1-ZrC CuBr-KBr * HgC1 2 -KC HgC1 2 -T1C NaCl-SnCl NaCl-NbC15-ZrC14 * CdI2-KI , m SnC12-TiC NbC15-ZrC1 * CsCl-SnCl HgC1 2 -TiNO RbCl-SnCl HgC1 2 -NH 4 C , 2235, AgNO 3 -Ca(N03) 2 AlCi3-CsCl-TaC15 90 * , 1269, A1C1 3 -KC1-NbC KNO 3 - Mg (NO 3 ) 2 LiNO3-NaNO3 * 78.2 ( ) , 1094, 1665, Ag I-Rb I NaCl-NbC15-ZrC1 * * Data recalculated from units as given in original reference. 119

128 Eutectic M.P., C System Composition mol % HgC1 2 -TiNO3 FeCl3-NbCl5 HgC1 2 -NH 4 C1 FeCl3-TaC15 AgNO 3 -Pb (NO 3 ) 2 AlCi3-KC1-NbC15 KC1-SnCl2 FeC13-KC1 RbC1-SnC1 2 AgNO 3 -Pb (NO 3 ) 2 HgC1 2 -T1C1 SrCl2-AgNO3 KC10 -LiClO4 LiC NaC104 AgCl-TiC1 BeC12-NaCi1 CdCl2-CdI2-TiI 58.5 * * 24.3 * 95.5 * , , , KC1-PbC12-ZnC Ca(NO 3 ) 2 -NaNO 3 * ( ) , 213 NbC15-TaC15 * T1C1-ZnCl CsC1-CuC LiC1-SnC KNO3-Pb(NO3)2 * HgI 2 -NaI InCl3-SnCl2 * * Data recalculated from units as given in original reference , , 1423, , 1486, , 72,

129 Eutectic M.P., *C System Composition mol 7/ KNO3-NaNO3 ( ) 465, 750, 1320, 1386, 1521, 1707, 2083, 2145, 3057, m Ba (NO 2 ) 2 KC1-ZrC1 4 RbCl-SnCl2 LiBr-LiNO 3 AgBr-RbBr 2KN 2 Ca (C104) 2 -LiC104 KC 1-KOH-LiOH KC1-PbCl2-ZnCl2 HF-KF KC 1-ZnC12 LiNO3 -Sr(N0 3 ) 2 HgBr 2 -NaBr HgBr 2 -PbBr2 CdCl2-SnC1L MnC12-SnC2 Ca(NO 3 ) 2 -LiNO 3 A1C1 3 -KC1-ZrC1 4 FeCl3-KC1-ZrC1 4 KC 1-ZrC 14 CsCl-CuCl KC1O3-NaClO3 AgCl-KC1-AgI HfC1 -KC1 PbCl2-ZnCl2 Ag I- KI (95-98) ( ) ~ , 1242, , , 1240, , , 568, , 568, , , 1242, , , , 2638,

130 Eutectic M.P., *C System Composition mol % Ba(NO 3 ) 2 -Ba(N0 2 ) 2 - KNO 2 LiC 1-LiNO 3 AgI-KI AgCl-NH 4 C1 NaC 1-NbC 14 AgC l-hgc 1 AgC 1-LiC1-LiNO 3 CdI2-TiI LiNO3- Li CO3 AgCl-RbCl Ba(NO 3 )2-Ba(NO 2 ) 2 LiNO3-Li2SO4 AgI-KI PbBr2-PbI2 * * * , , , 1498 * , 2638, , 568, 691, CdI2-TI CdI2-TiI PbBr2-PbI2 AgCl-CsC1 LiBr-RbBr AgCl-CuCl CdC12-TiCi-T1i 262 LiC1-LiOH CuCl-FeCl AgCl-AgI HgC1 2 -NaC Ba(NO2)2-KNO , 568, 3144 * * Data recalculated from units as given in original reference. 122

131 Eutectic M.P., *C System Composition mol 7% KNO3-Sr(N0 3 ) 2 MnC12-ZnC2 LiC1-NH C1 CdI2-NaI-PbI2 Ca(C10 4 ) 2 -NaC104 CdC12-T1I KC1-PbCI2-PbI2 NaCl-ZnC 12 MgC1 2 -ZnC 1 2 NaNO3-Pb(N0 3 ) 2 LiBr-RbBr NaBr-NaNO3-Sr(NO3)2 CuCN-KCN CdC2-CdI2-PbI2 InCl3-ZnC2 CdBr 2 -KBr-PbBr 2 HgC 12-LiC 1 KC1-KI-PbI2 CdBr 2 -KBr-PbBr 2 CdBr 2 -NaBr-PbBr 2 CuCN-KCN KC1-LiC1-LiOH NaCl-Ba(NO 3 ) 2 -NaNO3 NaCl-NaNO 2 CsCl-NbC1 4 PbBr2-PbI2 NaC1-Na2CO3-NaOH (82-86) * * * * c * * ~43 52 * , , , 567, * Data recalculated from units as given in original reference. 123

132 Eutectic M.P., *C System Composition mol % 283 CuCl-ZnC KC1-LiC1-LiOH Ba(NO 3 ) 2 -NaNO , 1503, CuCl-CuI AgBr-KBr , 568, 708, 902, 1153, 1688, 3266, LiC1-ZnCl2-Li2SO4 * NaC1-CdI2-NaI * Ba(NO 3 ) 2 -KNO3 ( ) 1312, 1498, 1899, 2145, AgBr-KBr , 568, 708, 902, 1153, 1688, 3266, AgCl-CdC2-PbCl , CsCl-ZrC CdI2-NaI NaNO3-Sr(NO3) 2 AgBr-KBr 52 (91-95) , , 1839, , 568, 708, 902, 1153, 1688, 3266, AgCi-Ag2SO -Li2S04 No comp. given AgCN-KCN CdC1 -NaCl-TiC CdC12-TiC1 (23-27) 1723, 3138, CdC2-TiC , 3138, CdC12-T1C1-CdSO 4 NaC 1-Na2CO3-NaOH * * * Data recalculated from units as given in original reference. 124

133 Eutectic M.P., *C System Composition mol % AgCN-KCN CdBr2-KBr-NaBr NaBr-NaNO 3 NaCi-Na2SO -NaCNS ZnCl2-Li2SO -ZnSO4 Ba(NO 3 ) 2 -NaNO 2 LiCl-ZnCl2 CdCl2-PbCl2-PbI2 KF-NaF- KNO 3 CdBr2-KBr CdBr 2 -KBr-PbBr 2 CdCl2-TiCi ( ) FeCi2-FeCi CdCl2-NaF ~ KC1-KNO3-KC1O KC1-NbC1 ~ KF-KNO NaCl-NaNO CdBr2-KBr FeC13-ZrC KI-NaI-PbI NaNO3-Na2SO m T1C1-CdI2 * ZnC12-ZnSO CsCl-HfC NaCl-NaCNS AgCl-Ag 2 SO 4 * NaF-NaNO3 3.5 * Data recalculated from units as given in original , , 1503, , 1262, , 1723, 2027, 3138, , , 1262, , , reference. 125

134 Eutectic M.P., *C System Composition mol % 304 NaNO3-Na2 CO T1C1-CdSO -T12SO4 * AgCl-KC , 568, 706, 708, 897, 1688, 2020, 2638, 2913, Ag 2 S-T 2 S * NaBr-PbBr2-T1Br Ba(C10 4 ) 2 -NaC1O CdBr2-T1Br m K2Cr207-NaVO3 * ZnCl2-Li2 SO CoCi2-ZnC12 * Na2SO4-NaCNS * NaCl-ZrC , 700, AgCl-PbCl , 568, 1164, 1234, 1259, CuC l-nac , 568, 571, 2712, CuC1-NaC , 568, 571, 2712, CuCl-NaC , 568, 571, 2712, KNO3-K2WO * AgC1-KC1-KNO InCi3-NaCi T1C1-CdSO 4 * TiCi-TlI KNO3-CaCrO * * Data recalculated from units as given in original reference. 126

135 Eutectic M.P., *C System Composition mol 7% 318 AgC1-KC1l , 568, 706, 708, 897, 1688, 2020, 2638, 2913, LiC l-rbc BaC1 2 -KC1-LiC1l CdCl2-KC1-PbCl , CuC2-KC KC 1-KNO , 1688, KNO3-K2CrO CuC l-nac , 568, 571, 2712, CdCl2-NaCl-PbCl CsCl-LiC1 KC1-LiCl-Li 2 SO * , 1138, NaBr-PbBr NaBr-PbBr , 1263, AgCl-KC , 568, 706, 708, 897, 1688, 2020, 2638, 2913, CuC12-KC1 CsC-LiCl-Li 2 SO 4 30 * KNO3-K KC1-PbC2-ZnCl LiCl-T1C1-Li 2 SO 4 * PbC1 2 -PbI , CdC l 2 -KC1-PbCl , AgCl-InCl CuC1-HgC1 * * Data recalulated from units as given in original reference. 127

136 Eutectic M.P., *C System Composition mol % 330 HfC1 -NaC KBr-PbBr KI-PbI NaC1-PbC12-PbI2 * TiCi-Li2SO -T12SO4 * CsCl-LiC , 1138, CsCl-LiC1l , 1138, KNO3 -K2SO T1C1-ZnCl KBr-PbBr AgC1-Ag 2 CrO 4 -Li2Cr 4 * CsCl-SnCl KI-NaI-PbI PbCl2-PbI , TiCi-Li2S04-T12S04 * P BeF2-KF , CaCl2-KC1-LiC CdBr2-PbBr , CdCl2-PbBr CeCl3-NaCl-ThC T1C1-ZnCl LiCl-TiCi A1C1 3 -CsCl-TaC1 5 * NaBr-PbBr2-T1Br AlCi3-CsC1 * CdCl 2 -NaCl-CdI 2 * CeCl3-NaCl-ThCl * Data recalculated from units as given in original reference. 128

137 Eutectic M.P., *C System Composition mol % CuCN-NaCN KC 1-KC103 KC 1-LiC 1-NaC1 NaC1-ThC1 4 KC 1-LiC 1-TeO 2 PbBr2-PbO 348 KBr-LiBr KC1-LiC1l 348 KC1-LiCl-NaC NaC-PbCl2-PbI2 349 NaC1-ThC PbF2-PbBr2 350 KBr-PbBr2-T1Br 350 LiC 1-Li2CrO 351 CoCi2-KC FeCl2-KC1 352 CdCl2-KC1-CdSO PbBr2-T1Br 354 AgCl-Ag 2 CrO 4 * * (40-43) * * * * , 494, 1085, , , 11, 98, 494, 567, 568, 589, 595, 633, 712, 749, 750, 781, 805, 886, 967, 981, 983, 1085, 1138, 1155, 1349, 1607, 1816, 1840, 2020, 2084, 2118, 2183, 2959, , 494, 1085, , , * Data recalculated from units as g! Lven in original reference. 129

138 Eutectic M.P., 0 C System Composition mol 7c 354 KBr-Pb Br CdC1 2 -KC1-CdSO 4 * KBr-PbBr BeF2-LiF , 1838, BeF2-LiF-ThF PbBr2-T1Br , KI-PbI B CdCl2-NaCl-CdSO * CdC12-NaCi-TiC CeCl3-NaCl-ThC TiCi-Ti2SO4 * CdC12-Cd I2 * , 1479, CdI2-PbI CuCi2-KC CdC1 2 -KC1-PbCl , CsCl-CsNO CdBr2-ZnBr2 * PbI2-PbO KC1-K2Cr KC1-NbC , CdBr2-NaBr , 1263, 1581, CdBr2-NaBr CdBr2-NaBr PbCl2-CdBr2 CoCi2-NaCl , 1239, 1534, 2173 * Data recalculated from units as given in original reference. 130

139 Eutectic M.P., *C System Composition mol % ~i368 m ZrC1 -ZrI4 ~ AgC1-InCl CdC12-KC1-CdSO 4 * CoC12-NaCi , 1239, 1534, KC1-TaC , 3525, NaC l-nai-pbi 2 * PbCl2-TC , CuCN-NaCN * BaCl2 -Cei3-NaCi InCl3-PbCl , NaBr-SrBr2-Sr(NO3) m AgBr-AgI CuC 1-CuC NaI-PbI NaI-Pb , AgCl-Ag 2 S m AgF-ZnF CdCl2-CsCl-NaCl * KBr-PbBr2-T1Br KCl-MgCl2-TiG KC1-MgCl2-TiCl NaCl-PbI 2 * PbC2-PbBr , 1158, 1862, 2228, CdCl2-KC , 816, 1386, 1570, 1636, 1732, 1773, PbF2-PbI * Data recalculated from units as given in original reference. 131

140 Eutectic M.P., *C System Composition mol 7% m m Ag I-NaI CdC2-NaCl-T1C1 KC1-ThC14 K2SO -Na2SO -ZnSO4 PbBr2-T1Br PbBr2-TiBr CdBr2-CdI2 CdCl2-PbCl2 K2SO -Na2SO -ZnSO4 CdBr2-CdI2 CdCl2-NaCi CdCl2-KC1 KC1-NaCl-TaC15 K2MoO -Li2MoO - Na2MoO4 K2MoO -Li2MoO - Na2MoO4 K2SO -Na2SO -ZnSO4 AgBr-LiVO 3 CdCl2-PbCl2 V205-KVO3 AgCl-Ag2WO4 CdC12-T1C1-CdSO , , , 567, 568, 1570, 1732, , 1525, 1569, 1773, 2027, , 816, 1386, 1570, 1636, 1732, 1773, , 567, 568, 1570, 1732, * 82.3 * * Data recalculated from units as given in original reference. 132

141 Eutectic M.P., *C System Composition mol % K20-V205 CdBr2-T1Br e? CuC1-Cu2S * K2CrO -Li2CrO K2SO -Na2SO4-ZnSO NaCl-PbCl2-PbS * PbC12-LiCl-Li3 VO4 * CaCl2-CuCl FeCl2-KC K2Cr0 -K2Cr207 * CdCl2-TiC , 1723, 2027, 3138, KC1-MgC12-NaC1 KC1-MgC12-NaC , 372, 1747, 2084, 2229, , 372, 1747, 2084, 2229, AgBr-Na2MoO CdC12-NaCl ~60 233, 1525, 1569, 1773, 2027, K2C03 -Li2CO3-Na2CO AgBr-Na2 Cr LiC1-Na2TiF6 * AgBr-Li2MoO InCl3-PbCl , LiCl-PbC1 3 2 LiC1-PbC1 2 LiC1PbC , 657, 902, 1370, , 657, 902, 1370, 2250 * Data recalculated from units as given in original reference. 133

142 Eutectic M.P., *C System Composition mol % 401 AgBr-NaVO BaC l2- a(n0 3 ) 2 CaCi2-KC1-PbCl KC 1-ThC Ag I-NaI , BeF2-KF ~48 189, KC1-MgCl2-NdC m T1Br-TlI AgBr-KVO 3 AgBr-Li 2 Cr0 AgBr-Li 2 SO4 CuCl-MgC 1 2 KC1-MgC1 2 -PrC , CuC1-MgC , MnC12-PbCl , 568, NaC l-ba (NO 3 ) 2 CaCl2-Ca(NO3)2 B KC1-PbC , , 613, 657, 816, 1370, 1570, 1677, 1732, 1749, 2147, 3442, NaF-PbF2-PbSO KC1-MgCl2-PrCl NaC 1-PbC , 902, 1370, KC1-MgC12-PrCl3 KC1-MgC12-NdC

143 Eutectic M.P., *C System Composition mol %7 412 NaCl-TiC , 2027, AgBr-Na2WO KC1-MgCl2-PrCl Ag2Cr0 -Li2Cr CeCl3-KC1-MgCl KC1-MgCl2-NdCl KC1-MgCl2-TiCi NaC1-ZrF KC1-MgCl2-NdCl KC1-MgCl2-PrCl CeCl3-KC1-MgCl CaCl 2 -KC1-PbCl CeCl 3 -KC1-MgC KC1-MgC12-PrCl PbF2-K2SO4-PbSO FeCl2-PbCl KC1-PbC1 2 AgCN-NaCN CaCl 2 -KC1-PbCl2 AgC 1-Li2CrO CoCl2-PbCl2 CaCi2-KC1-LiC1l CdCl2-CsCl-NaC * * * , 613, 657, 816, 1370, , 1732, 1749, 2147, 3442, * Data recalculated from units as given in original reference. 135

144 Eutectic M.P., CC System Composition mol % ? TiC l-t1br KC1-NaCl-Li2SO4 KCl-T1C1 CoCl2-KC1 TiCi-Na2SO4 AgCl-KVO 3 CaC1 2 -NaC1-NdC1 3 KC1-MnCl2 NaBr-Sr (NO3 ) 2 SrBr 2 -Sr(NO3) 2 TiCi-Li2SO4 MgC1 2 -NaC1 CsI-NaI KC 1-MgCl2 AgCl-LiVO 3 AgCl-Na 2 MoO 4 KC1-Li2SO -Li2WO4 CrC12-NaCi BaBr2-LiBr 65 * * * NaCl-NdCl AgCl-NaVO 3 99 MgBr 2 -NaBr 59 KC1-ZnCl 2 69 Na2SO -Li2MoO -Na2MoO CdC12-LiCl-Li2MoO * * , , , , 727, 1133, 1457, 1747, , , 1240, , 727, 1219, 1747, 1864, , * Data recalculated from units as given in original reference. 136

145 Eutectic M.P., *C System Composition mol % BaF2-KF-LiF-NaF CaCi2-CeCi3-.aC1 CaCi2-LiCl-NaCl KC1-NaCl-PrC1 3 KF-PbF2-PbSO Li2SO4-KPO3-LiPO3 NaF-PbF2-PbSO4 PbF2-K2SO -PbSO PbC 12-PbS AgCl-Na2CrO CsCl-TaC15 AgCi-Na2WO4 CaF -KF-LiF-NaF 2 CdC17-CsCl-NaC1 Ll i-li2so -Li2WO AgCl-CaCi2-Ca(NO3)2 Ag2MoO MnCl2-RbC1 AgCl-CaCl2 -Li2MoO AgCi-Li 2WO4 BaCi2-CaCi2-NaCi BaCi2-CdCl2 CaCl 2 -LiCl-CaF 2 CsCl-ThC , * * , * * * * * * , 567, I , , 3147 * Data recalculated from units as given in original reference. 137

146 Eutectic M.P.,2*C System Composition mol % 450 KC1-Mn Cl , MgC 12-NaC 1 ~40 658, 727, 1133, 1457, 1747, AgC 1-MgC 12 * Ag2Cr04-Li2MoO CoCl2-LiCl-Li2SO4 * NaBr-TlBr , 1339, NaCl-VC Li2SO -KPO3-LiPO3 * NaC 1-PuC , KF-LiF-NaF , 200, 444, 1198, 1838, PbC12-PbF LiCl-Li2SO4-Li2CO3 * Ag 2 CrO 4 -Li2WO BeF2-LiF , 1838, BeF2-LiF , 1838, KC1-Li2SO4 * , KF-LiF-NaF MoO3-K2MoO CaCi2-CeCl3-NaCi , CdCl2-CsC1 * LiCl-NaCl-Li2SO4 * MoO3-Cs 2MoO4 MoO3-Rb2MoO KBr-T1Br KBr-T1Br , 3450 * Data recalculated from units as given in original reference. 138

147 Eutectic M.P., 0 C System Composition mol % 459 MgC12-PbC MgC1 2 -RbC , CaCi2-LaCi3-NaCi Cs Br-NaBr CsC1-ThC LiF-Li2Cr Li2MoO -Na2MoO Li2SO4-KPO3-LiPO3 * KF-PbF , m 461 KVO3-LiVO3-NaVO3 LiCl-PuCl3 * Sb2S3-SnS * NaCl-TiCl , 2111, 3410, LiCl-K2TF CdC12-Li3 VO CoCl2-RbC1l BeF2-PbF CaCl2-KC1-NaC , KF-PbF CoCl2-RbC K2SO -Li2SO4-Li2MoO CaCi2-PbC , CrCl2-KC MoO3-K2MoO NaC 1-PrC CdBr-Li2Cr * Data recalculated from units as given in original reference. 139

148 Eutectic M.P., *C System Composition mol 7% 470 CdC12-CsC1 * CeCl3-KCl-NaC1 * CsF-LiF NaF-ZrF , 200, 1126, 1128, 1838, BaF2-KF-LiF , CrCl2-KC LiCi-CaF2-LiF * LiC1-K2T1F6 * LiF-PbF2-PbSO MgC1 2 -RbC , PbC12-PbSO LiC 1-Na2TiF6 * LiCl-NiCi2-Li2SO4 * CdSO -K2SO -Li2SO Li2SO -K2MoO -Li2MoO CaCl2-LiCil , 775, 776, 1391, 1720, 3414, m CaCi2-LiC1 CdC1 2 -NaC1-CdSO 4 CrC12-KC1 K2SO -K2MoO -Li2MoO4 476 CdCl2-InCi * , 775, 776, 1391, 1720, 3414, * Data recalculated from units as given in original reference. 140

149 Eutectic M.P., 0 C System Composition mol % KF-LiF 50 85, 140, 1090, 1198, 1509, 2015, 2016, BeF2-PbF CaCl2-LiCi , 775, 776, 1391, 1720, 3414, CdSO -Li2SO -Na2SO LiC1-Li 2SO4 MoO3-Rb2MoO4 * , 1635, 1642, 1658, 1687, MnCl2-RbC CaCl2-CsCl-NaCl CaCi2-LiC , 775, 776, 1391, 1720, 3414, CdCl2-CdF CsCl-KC1-NaC KC1-K2SO4-Li2SO - K2WO -Li2 WO4 * KC1-NdC , K2SO -Li2SO4-Li2WO , PbF2-K2SO MoO3-K2MoO CaCl2-CsCl-NaC1l KF-LiF-K2W LiCl-LiBO2-Li2WO4 LiCl-Na2TiF6 'C SrCl 2 -Sr(NO 3 ) 2 BaBr2-LiBr , * Data recalculated from units as given in original reference. 141

150 Eutectic M.P., *C System Composition mol % 483 KC1-PrCl , 1400, KF-LiF-SrF B203-Pb0-Si02 KF-NaF-KVO3 * K2SO4-K2WO -Li2WO , LiCl-LiF Li2SO -K2104-Li2W CaCi2-LiCl-CaF2 * LiC 1-LiF NaF-ZrF , 200, 1126, 1128, 1838, PbF2-RbF CsCl-NaCl ~65 567, 712, 1215, 1568, 1865, 3391, K2SO -K2W 4-Li2W , NaBr-SrBr CeCl3-NaCl , 925, 1878, 3280, 3281, KCN-Zn(CN) 2 * LiCl-SrC1 2 B203-PbO-SiO2 CdC12-CsC1 CeCi3-NaCi 63 * * , , 843, 1878, 3280, 3281, K2C03-Li2C03 LiCl-SrC 12 CaCi2-CaF2-NaF * , * Data recalculated from units as given in original reference. 142

151 Eutectic M.P., *C System Composition mol % ? m CaCi2-NaCl ( ) CaF2-KF-LiF Ca0-P * CdSO -K2SO -Li2SO KC1-K2SO -K2WO -Li2 W CsCl-NaC CsCl-NaC1 65. LiCl-Li2W NaF-PbF2-PbSO Na20-Ti 2-V CaCi2-LiCi 36.3 KC1-KVO 3 17 KF-KVO 3 12 LiCl-CaF 2 * 82.3 B203-PbO * 30.4 CsC1-NaC1 65 LiC1-CdWO 4 * 85.1 Li2SO -PbSO -T12SO PbF2-PbO 54 BeF 2 -CaF2 89 CsCl-NdC NaBr-RbBr , 550, 568, 908, 1061, 1133, 1209, 1374, 1386, 1391, 1491, 1963, , , 775, 776, 1391, 1720, 3414, , * Data recalculated from units as given in original reference. 143

152 Eutectic M.P., *C System Composition mol % 496 CaCi2-LiC , 775, 776, 1391, 1720, 3414, K2SO -Li2SO -PbSO Ag 2 S 0 4 -Ag 2 MoO BaC12-Ba(N0 3 ) 2 K2SO -Li2SO4-T12S , K2CO3-Li2CO LiCi-Li2MoO4 * Li2SO -Na2SO -Li2MoO NaF-PbF , CeCi3-NaCl , 925, 1878, 3280, 3281, CsCl-MnCl NaCl-Li2S04 * , 1635, BaTiO3-KVO m CdC12-LiCil (63-64) 125, 1686, 3003, CaCi2-NaC1-RbC CsF-PbF MnCl2-SrCl , NaF-ZrF , 200, 1126, 1128, 1838, CoCi2-CsC LiCl-LiF m CdC12-LiC , 1686, 3003, CdCl2-SrCl , m KCN-NaCN * Data recalculated from units as given in original reference. 144

153 Eutectic M.P., *C System Composition mol % 502 Li2SO -T12SO , BaCl2-MnC CoCl2-RbC CaCl2-NaCl-RbC CeCl3-NaCi , 925, 1878, 3280, 3281, Ca(N 3) 2 -K 2 CrO Li2SO -PbSO -T12SO CoCi2-CoSO -Li2SO * CsC1-MnC LiBr-NaBr LiC1-Li2CO NaCl-K2MoO -Na2MoO * LiF-Li2SO -PbSO Li2SO -LiPO3 * NaC1-K2W4-Na2 BaCl2-LiCi 4 * , 1042, K2MoO -Li2MoO , Li2CO3-Na2CO Li2SO -ZnSO MlgC 12-RbC , CsCl-MgCl BaCi2-LiCil , 1042, Ca(NO 3 ) 2 -CaCrO CdC12-CdSO -Li2SO4 No comp. given CdSO -K2SO -Li2SO m CoCi2-LiCi , 1687, 2173 * Data recalculated from units as given in original reference. 145

154 Eutectic M.P., *C System Composition mol % 512 K20-Na20-P K2SO -Li2SO4-Na2SO , K2TiO3-KV NaF-ZrF , 200, 1126, 1128, 1838, K2MoO Li2MoO BaCi2-LiCi , 1042, CdSO -T12SO KC1-K2W04-Li2WO4 * KC1-NaC1-Na2SO4 * CaCl2-KC1-NaC , CrCi2-CsC , KCN-Zn(CN) 2 * K20-Na2~ m Ba(NO 3 ) 2 -Ca (NO 3 ) 2 CoCl2-LiCi CsC l-mncl2 KC1-Na2SO * , 1687, CrC12-CsC1l , CsCl-MgCl KPO3-LiPO NaF-PbF , PbF2-PbSO , Li2SO4-T12SO , CoCl2-CsC * Data recalculated from units as given in original reference. 146

155 * * * * Eutectic M.P., *C System Composition mol % MoO3-Cs2MoO4 CeCl3-CsC1 LiCl-SrSO 4 K2SO -Li2SO4-LiBO2 LaCl3-NaCl LaCi3-NaCi BeF2-PbF2 CeCi3-KC1 CsC1-MnC1 2 BeF2-ThF4 BeF2-MgF 2 CoCl2-CsC1 KC1-KF-K2 C03 KC1-NaC1-PrC1 3 KPO3-LiPO3 BaCi2-NaC1-K2TiF6 CeCl3-KC1-NaCl KCl-NaCl-PrC CsF-Cs 2CO , LiF-K2WO4-Li2WO MoO3-Cs2MoO 77 ~530 NaCl-K2TiF6 * NaCl-NbC Na V205-NaVO * , , , 843, 925, 1400, , , * Data recalculated from units as given in original reference. 147

156 Eutectic M.P., 0 C System Composition mol % 531 BaCl2-NaCl-K2TiF6 * B203-PbO-SiO2 * KC1-Li 2WO4 * K2Cr0 -Li2Cr K2SO -Li2SO , 1768, 1769, LiF-Li2SO , LiC 1-CaSO 4 * PbF2-PbBr CsCl-LaCl Li2SO4-PbSO -T12SO Na20-V CoSO -K2SO KC1-TiC , 1864, 3410, LiF-K2W04-Li2WO LiF-Li2SO , MgCl 2 -SrCl , NaCl-ZrC , 700, m PbO-Sb203 * CdC12-CdSO , 1636, 1640, HfC1 -NaCil KF-LiF-K2SiO KC 1-NaC1-NbC CaCl2-Na2TiF6 * NaCl-RbC , 568, 1214, 1865 * Data recalculated from units as given in original reference. 148

157 + + Eutectic M.P., 0 C System Composition mol m m BaC12-CaC12-GaF2 BaCl2-KC1-NaC1 CsC1-MgC1 2 CdC12-Li2SO4 CeCl3-KCl-NaC1 KBr-NaBr-Na2SO4 5 CdCl2-LiF 3 KC1-NaCl-NbC1 4 Ag2MoO -Na2MoO4 KC1-K2SO -Na2CO3 LiC l-nac 1 MoO3-Rb2MoO4 CoCl2-CsC1 K20-Na20-P205 K2MoO -Li2Mo0 KPO3-NaPO3 MoO -K2MoO4 Na 2 SO 4 -Ag 2 Mo0 4 CoCl2-Li2SO4 CsCl-MgC1 2 MoO3-Rb2MoO4 NaCl-TiCl CdSO -Li2SO4 550 KBr-Na2SO * * ( ) , 775, 1085, 1349, 1635, 1839, , , 2111, 3410, , 1686, 2675, * Data recalculated from units as given in original reference. 149

158 Eutectic M.P., 0 C System Composition mol % m m NaCl-K2ZrF6 PbF2-RbF LiCl-NaCi Na20-P205 CdC12-CdMoO4 CsCl-Cs2SO4 LiCl-NaC1 LiC 1-NaC 1 K2MoO -LiMoO4 MoO3 -K2MoO4 CdSO4-K2SO -Li2SO4 KCl-LaCl3 PbC12-PbF2 Ca(NO3) 2 -Sr (NO3) 2 LiC1-MnCl2 Ag 2 SO 4 -Li2SO4 LiBO2-K2WO -Li2 W4 KC1-K2C03-Na2C O KC1-NaC1-K2TiF6 KF-NaF-K2C03 NaC1-K2WO -Na2WO * * ,1 * * , 775, 1085, 1349, 1635, 1839, , 775, 1085, 1349, 1635, 1839, , 775, 1085, 1349, 1635, 1839, , , , * Data recalculated from units as given in original reference. 150

159 Eutectic M.P., *C System Composition mol % 560 Ag 2 WO -Li2W BaCl2-MgC1 2 B203-PbO 35 * , CaCl2-Na2TiF6 * CaCl2-ThC KC1-NaCl-Na2CO3 * , K2WO -Li2WO , 2241, 2244, LiCl-K2TiF6 * LiF-ThF , 1838, Li2SO -Li2MoO ( ) 1785, CsCl-ThC NaF-K2CO3-Na2CO NaC 1-NiC 1 2 * , WO3-Rb2WO LiB02-K2WO -Li2WO , AiF3-KF , CsF-PbF LiF-ThF , 1838, NaCl-SrC , Ag2SO4-Li2SO AiF3-KF LiF -ThF , NaF-K2 C CsC1-LaC NaCi-Na2TiF6 * LiF-ThF * Data recalculated from units as given in original reference. 151

160 Eutectic M.P., *C System Composition mol / KF-NaF-ThF 4 K2SO -KBO2-LiBO2 K2W 4-Li2WO CsCl-ZrC1 4 K2W 4-Li2 4 LiCl-LiBO 2 KI-NaI-K 2SO4 CoSO -Na2SO4 KBO2-LiB02-K2WO 4 KBr-NaBr-Na2CO3 KBr-TiBr 3 KC1-SrCl2 K2W 4-Li2W * * NaCi-NaF-Na2 CO3 * CrC12-CsC CaCi2-Na2TiF6 * CdSO -K2SO -Na2S NaCl-NaI NaF-K2W4-Na V205-NaVO CaCl2-KCl-CaSO * CaCi2-RbC KCl-LaCl KC1-NaF-K2 CrO * m KI-NaI LiF-NaF-Li P * Data recalculated from units as given in original , 2241, 2244, , 2241, 2244, , , 2241, 2244, , , 1569, , , reference. 152

161 Eutectic M.P., *C System Composition mol % Li2SO -MnSO4 CaCl2-K2TiF6 KC1-TiC 13 KF-KBr CrC12-CsC1 CsCl-NdC 1 3 KBO2-LiBO2 KI-Na2SO4 NaF-Li P207-Na P207 CaCi2-KC1 CeCl3-CsC1 Li2SO4-Na2SO4 Ba (NO 3 ) 2 -Sr (NO 3 ) 2 CaCi2-K2TiF6 CaCl2-NdCl3 FeS-Na2S KC1-K2SO4-Li2SO4 KC 1-NaC l-nbc 14 KC1-KF-K2CrO * KCl-Na2CO3 * CaCi2KCl-K2SO * KCl-SrC K20-Na20-P CaCl2-MnCl2 * CoSO 4 -Li2S04 ( ) * Data recalculated from units as given in original * * 43 * * , , , , 471, 569, 775, 776, 1133, 1386, 1675, 1963, , , , , reference. 153

162 Eutectic M.P., *C System Composition mol % 590 CsCl-HfC K2SiO3-Na2SiO3-PbTiO NaC 1-NaVO PbSO -T12SO CsCl-TiC , Ag 2 S-Bi 2 S 3-PbS Bi203-PbO-WO K2WO -Li2WO , 2241, 2244, CsCl-TiC NaF-K2MoO -Na2MoO BaC2-4C2aC , 567, 1578, CeCl3-KC1 KC1-ZrCl , 843, 925, 1400, , 1242, CsCl-NbC KC 1-TiC LiC 1-NiSO Li2SO4-Li2WO , 1642, 2241, NaF-NaVO NiCi2-Li2SO -Ni2SO RbF-ZnF CaCl2-KC , 471, 569, 775, 776, 1133, 1386, 1675, 1963, KC 1-KI , 1158, KF-Na2MoO * Data recalculated from units as given in original reference. 154

163 Eutectic M.P., *C System Composition mol 7% m m LiCi-Li VO4 NaT-Na2SO4 BaBr2-NaBr BaF2-BeF2 KC1-K2SO -K2WO BaCi2-NaC1-K2TiF6 BaF2-CaF2-LiF-MgF2 CaC1 2 - KCG-CaSO 4 HfC1 -KC1 KC1-KBO -K2WO KF-KPO 3 CaCi2-Na2TiF6 KC 1- KF KC1-NaCl-CaSO 4 KC1-NaCl-NbC1 4 NaC1-TiCl2 Na2WO4-PbWO4 CsCl-KC1 KC 1-NaCl-NaF NaCl-Na2Mo0 CaF2-LiF-NaF * * * * * * * * LiF-Li 2 CO BeF2-KF-LaF , 567, 568, , , , , , , 2031 * Data recalculated from units as given in original reference. 155

164 Eutectic M.P., *C System Composition mol 7o 610 CaCl2-KC , 471, 569, 775, 776, 1133, 1386, 1675, 1963, CsF-NaF , KC1-PrC , BaTiO3-NaVO CaCl2-BaF , NaF-Na2MoO , 1691, CaCl2-CsC KC1-K2B 07-Na2B 07 * m NaCl-Na2SO4-Na2CO3 * , CaCl2-CeCi , 1431, 1878, 3243, CsF-Cs2Ti K20-P NaF-Na2MoO , 1691, K2SO -Li2SO4-PbSO CsF-NaF , CsF-ThF KC1-NbC KC1-NdC , m CsCl-KC , PuCl3-SrCl RbF-Rb2CO LiF-Li 2 MoO CaCi2-CeC , 1431, 1878, 3243, 3280 * Data recalculated from units as given in original reference. 156

165 Eutectic M.P., *C System Composition mol % 618 CeCi3-KC , 727, 843, 1400, KC1-K2WO * , K2SO -Li2SO4-PbSO NaF-ThF , Na SO -K2MoO -Na2MoO BaCi2-AiF3-NaF * Cs2SO -Li2SO KC1-K2 B407-Na2B 07 * KC 1-KPO KC 1-ThC LiCl-NiCl NaF-Li P , NaF-NaI , NaF- ThF Na2WO 4-PbWO , NiCl2-Li2SO BaF2-LiF-NaF , CaCl 2 -MgCl 2 * KI-PbO CaCi2-CaCO KCl-K2MoO4 * , NaCl-Na2W4 * Ag 2 SO 4 - PbSO BaCi2-CaCi , 567, 1578, 1655 * Data recalculated from units as given in original reference. 157

166 Eutectic M.P., *C System Composition mol % BaC1 2 -NaCl-BaTiO 3 CaCi -CeCi3 Cl2 3 LiF-NaF-SrF 2 * , 1431, 1878, 3243, NaBr-Na2SO KC 1-NaC1-ThF KF-K2SiO3-Na2SiO MgC1 2 -NdC NaC -AiF3 -NaF * BaCl2-K2TiF6 * Fe2(SO4) -K2SO NaF-Na2MoO , 1691, RbF-Rb2CO KF-K2SiO3-Na2SiO KF-K2 SiO3-Na2S NaCi-Na MoO 2 4 NaC 1-Na2SO4 AgF-ZnF 2 CaCi2-LaCl3 Cs2SO -Li2SO4 KC1-NaC1-K3ZrF7 * 59.1 * * , , , KF-LaF LiF-MgF 2 -NaF NaC l-k2zrf6 Na 2 S * Data recalculated from units as given in original reference. 158

167 Eutectic M.P., *C System Composition mol % 630 NbC1 -RbC RbC1-TiC KC1-BaF2-NaF * KC 1-TiCl KF-NaF-K2B LiF-NaF 61 85, 1198, 1237, 1803, 1836, 2015, 2016, BaCi2-K2TiF6 * NaF-K2B 07-Na2B 07 NaCi-Na2CO * , CsF-Cs2MoO KBr-TiBr Li2SO4-PbSO4 ( ) 1528, 1777, NaF-Na2WO , 1605, KC1-K2CO , LiF-Li2WO m Na2SO -K2MoO -Na2MoO4 K20-PbO-SiO2 NaCl -Na 2 W0 4 KBr-NaBr Na 2 MoO 4 -PbMoO 4 CsF-Cs2WO * * , 1339, * Data recalculated from units as given in original reference. 159

168 Eutectic M.P., *C System Composition mol 7% 640 BaCi2-NaCi , 568, 1209, 1633, 2301, 2623, 2625, 3281, CaCi2-CeCl , 1431, 1878, 3243, CeCi3-ThCl KC1-K2SO -KB , KC1-K2TiF6 * KF-K2TiO3-Li2TiO Li2SO4-NiSO CaCl2-KC , 471, 569, 775, 776, 1133, 1386, 1675, 1963, CsF-Cs2CrO CaCi2-KC1-K2SO4 * CsCl-VC 12 K2WO -Na2 WO4 Li2SO -NiSO4 CaCi2-CaF2 KC1-CaSO -K2SO * , 1585, , KF-LiF-K SiO3 NaF-RbF BaCl2-KC KF-NaF-K2WO MgC1 2 -PrC1 3 MnSO -Na2SO4 K2SiO3-Na2 SiO3-PbTiO * Data recalculated from units as given in original reference. 160

169 Eutec tic M.P., *C System Composition mol % 646 LiF-MgF2-SrF BaCl2-NaCl , 568, 1209, 1633, 2301, 2623, 2625, 3281, BaCi2-NaCi , 568, 1209, 1633, 2301, 2623, 2625, 3281, BaCi2-PuCi CsF-Cs 2SO KF-NaF-K2MoO KI-K2SO , LiF-K2WO NaF-Na2CrO BaCl2-NaCl , 568, 1209, 1633, 2301, 2623, 2625, 3281, KC1-K2CrO * , MgC12-PuC NaF-Na2 WO4 NaF-Na2 WO , 1605, , 1605, Na20-V Na2SO4-V 205 KF-LiF-Li2TiO m NaBr-NaI CdSO -K2SO , BaC12-AlF3-NaF * * Data recalculated from units as given in original reference. 161

170 Eutectic M.P., *C 654 Composition System mol % BaCi2-NaCi , 568, 1209, 1633, 2301, , 3281, BaF2-LiF-MgF CdMoO -Li2MoO m + 5 KC 1-NaC 1-CaF 2 KC1-VC1 3 * , Na2Cr0 -Na2 CO V205-NaVO BaCl2-NaCl , 568, 1209, 1633, 2301, 2623, 2625, 3281, 3401 ~656 m NaC1-K2B 07 * MgC1 2 -Mg SO BaF2-KF-NaF CoCI2-CoSO , KF-NaF-K2B Li2MoO -PbMoO NaF-Na2CO3-Na2SO CdF2-NaF CeC l 3 -MgC KCl-Na2B KF-Li2TiO KI-K2SO * Data recalculated from units as given in original reference. 162

171 Eutectic M.P., *C System Composition mol % 660 K2MoO -Na2MoO , 1691, 1788, CaCl2-K2TiF6 * CaCO3-Li2CO3 * KF-ThF , NaCl-CaF2-NaF * m K2Cr0 -K2B407-Na2B KF-NaF-K2WO KF-NaF-SrF m K2B407-Na2B , NaCl-VC K2MoO -Na2MoO , 1691, RbF-ZnF m KBr-RbBr AF3 -NaF , 1034, 1039, 1267, 2117, K2SiO -Na2SiO3-PbTiO LiBO2-K2WO NaF-NaBr , m Na2SO -Na2WO (20-40) RbC l-ticl , BaCl2-CeCl3 (31-35) 925, CaF2-L if-mgf , CsCl-TiCl , 655 * Data recalculated from units as given in original reference. 163

172 * Eutectic M.P., *C System Composition mol % 672 KF-NaF-K2MoO K2SO -Na2 CO3 KC1-TiCl , 1864, 3410, NaC1-AiF3-NaF KC1-CaSO4-K2SO MgSO 4 -Rb2SO NaC 1-NaF , 568, 1711, 1252, CaF2-KF-NaF , 2033, CaF2-LiF-MgF , KC1-TiCl Na2MoO -Na2WO , Na2SO -Na2MoO CaCl2-RbC1l KF-K2C , 2979, Na2SO4-Na2MoO BaF2-CaF2-KF CdSO -Na2SO , 1525, Cs2 SO -Li2SO Cs2SO4 -MgSO4 Cu20-PbO KBr-K2SO4 K2SO -MnSO4 NaC 1-LiF NaF-Na2B * , 1960 * Data recalculated from units as given in original reference. 164

173 Eutectic M.P., *C System Composition mol % 680 Na20-Na2S K2TiF6-TiO2 * Bi203-PbO-WO CaF2-KF-NaF , 2033, KC1-TiCl KF-K2TiO3-Na2Ti K20-PbO-SiO2 * KF-ZnF K20-PbO-SiO2 * LiF-MgF2-NaF AlF3-CsF AlF3-NaF * , FeS-SnS KF-MgF2-NaF BaCO3 -Na2CO KF-K2C , 2979, KF-K2CO LiBo2-Li2 WO , 2244, PbO-Li2WO KC1-CaSO 4 * , KC1-VC KF-K2C KF-K2C m BaF2-KF-SrF KF-Na2MoO CsCl-TiCl , KC1-K2SO4 * , 1767, NaF-Na2CO3 ( ) 568, 1470, 2979, 3206 * Data recalculated from units as given in original reference. 165

174 Eutectic M.P., 0 C System Composition mol % 690 NaF-ThF , RbF-Rb2MoO AF3 -LiF , 2738, KF-ThF , AF3 -Na3AlF6 * , 3260, Fe2(SO4)3-K2SO K20-PbO-SiO2 * A1203-PbO-SiO2 * NaCl-Na2B 07 * AiF3Na3AiF6 * , 1205, KF-ThF Al203 -K20 -SiO2 * , A1203-PbO-SiO2 * A1203-PbO-SiO2 * CaSO -Li2SO4 ( ) 2864, LiF-YF PbO-P205-SiO CaCl2-KCl-K2SO4 * PbBr2-PbO CuO-PbO CaF2-KF-SrF2 KF-NaF , 471, 567, 568, 633, 1198, 1507, 1529, 1643, 1691, 1726, 2015, 2031, 2033, 2305, BeF2-KF , 189 * Data recalculated from units as given in original reference. 166

175 Eutectic M.P., *C System Composition mol 7p 700 m m K2 C03-Na2CO3 K2SO -Li2SO4 LiF-Na3AiF6 MgF 2 -RbF NaCi-Na20 NaF-ThF 4 NaCl-BaF 2 Al203-PbO-SiO 2 InCl3-NaCi1 K20-PbO-SiO2 KC 1-ThF 4 K2CO3-Na2CO3 BeF2-KF CaCl2-CsC1 K20-PbO-SiO2 K20-PBO-SiO2 NaF-ThF 4 AiF3-LiF BaCi2-NaCl-BaF2-CaF2 PbBr2-PbO Li2WO -PbWO4 Li2WO -PbWO4 CaCl2-CaSO4 K20-PbO-SiO2 LiF-MgF 2 -NaF * * 77.3 * * * * * * , 1697, 1882, , 1768, 1769, , 1267, , , * Data recalculated from units as given in original reference. 167

176 Eutectic M.P., *C System Composition mol % A1203-K 2 0-SiO 2 BaF2-CaF2-LiF * , AlF3 -LiF Li3A1F6-Na3AlF6 * , m K2CO3-Na2CO , KF-K2B NaC 1-ThF PbC12-Li3VO - * Pb 3 (V0 4 ) NaC 1-AiF 3 * , PbO-SiO , 2580, A1F3-LiF KC 1-KBO 2 KC 1-LiF K20-PbO-SiO2 Na2Cr0 -Na2B 07 K20-PbO-SiO2 PbO-SiO 2 RbCl-PbO K2SO -KPO3 K20-PbO-SiO2 K20-PbO-SiO2 15 * * * * 99.6 * 12.3 * * , 2580, KC1-K3P Li P207-Na P Na2SO -PbSO -PbWO BaF2-LiF-SrF2 KF-K2MoO KF-K2MoO , , 1691 * Data recalculated from units as given in original reference. 168

177 Eutectic M.P., *C System Composition mol % Li2SO -SrSO4 ( ) 568, 2412, 3359, BaCi2-NaCl-BaF2 * RbF-Rb2SO A1203-K20-SiO2 * , 2559 ~ 725 Al203-PbO-Si0 2 * CoSo -K2SO NaC1-Na P , K2SO -Li2 SO4-LiBO2 * NaC 1-CaSO 4 * PbO-Na2 CrO RbF-Rb2SO4 KF-K2W04 BaF2-KF RbF-Rb2WO4 KF-K P207 KF-K2SiO3 KC1-TiCl2 K20-PbO-SiO2 NaC 1-CaF2-Na3AiF6 A1203-Na20-SiO2 KF-K2CrO KF-K2CrO PbO-SiO2 KCl-KBr NaC l-baco3 NaCl-Na3AiF6 NaF-Na P * * * , , 1903, , 171, 699, , , , 2580, , * Data recalculated from units as given in original reference. 169

178 Eutectic M.P., *C System Composition mol % 734 NaF-Rb2SO KC1-K P LiF-MgF , 1249, , 735 Na2SO -PbSO , 1671, Li3VO -Pb 3 (V0 4 ) K20-PbO-SiO2 * Li2SO -LiBO2 * , Li2SO -LiBO2 * , NaC l-naalf BaF2-CaF2-NaF KCl-K2B 07 * KCl-BaF 2 * Al203-Na20-SiG2 * CaCrO -Na2 CrO CaF2-LiF-SrF CsF-Cs2MoO K20-PbO-SiO2 * K20-SiO2 * , 2584, 2604, Na2SO -Na2S K20-SiO2 * , 2584, 2604, KF-ThF , CsF-Cs2CrO KF-KPO m LiF-MgF * Data recalculated from units as given in original reference. 170

179 Eutectic M.P., 0 C System Composition mol % 742 m m + 2 LiF-MgF 2 LiF-MgF 2 LiF-PuF , 1249, 1336, KF-SrF , 1392, KF-K2MoO , 1903, BaF2-LiF-Li2SiO BaF2-LiF-Li2 SiO NaF-Na2SO , NaF-Na2SO NaF-ZrF , 200, 1126, 1987, 1838, BaF2-LiF-MgF 2 K2CrO -KBO2-K2 B KF-ZnF Na2SO -Na P KF-K2MoO BaF2-LiF-Li2SiO K2TiO3-Li2TiO , NaF-ThF , CsF-Cs2WO m K2CrO -Na2CrO KF-K2TiO3 K2SiO3-Na2SiO3 SrCl2-SrF2 Li2SO4-PbWO4 NaF-ZrF * , , , , 200, 1126, 1128, 1838, 1987 * Data recalculated from units as given in original reference. 171

180 * * Eutectic M.P.,*C System Composition mol 7% 756 K2Cr0 -K2B , K2SO -PbSO -PbWO RbF-Rb2MoO CaCl2-CaO KF-K2Cr , KF-K2TiO CaF2-KF-NaF , 2033, Al203-Na20-SiO2 * BaF2-LiF 19 85, 170, 1336, 1657, BaF2-Li2SiO BaSO -Li2SO , 2412, BaSO -Li2SO , 2412, CaF2-LiF , 1249, 1500, 1656, 1803, 1807, 2031, KF-K 2 W , 1903, K2SiO3-Na2 SiO , K2SiO3-Na2SiO , LiF-SrF , SrCl2-SrSO RbC 1-TiC Al203-PbO-SiO K20-SiO , 2584, 2604, K20-SiO2 * , 2584, 2604, 2611 * Data recalculated from units as given in original reference. 172

181 Eutectic M.P., 0 C Composition System mol % Mo03-WO CaCl2-CaSiO KF-K3P KF-ZrF A1203-Na20-SiO2 * Al203-Na20-SiO2 K2SiO 3-Na2 SiO3 * , RbF-Rb2WO BeF2-KF-LaF KC1-CaF 2 * K2MoO -PbMoO NaCl-CaF 2 * NaF-Na2SO , CsF-ThF K20-SiO2 * , 2584, 2604, BaCl2-BaF2-CaF , KF-K2SO , 1672, LiF-Li P m BaF2-CaF 2 -MgF 2 KBO2-K2B KF-MgF , 2333, NaF-Na2SO CaF2-KF , 1392, 2031, 2033, 2918, K2SiO3-Na2SiO , K2SO -K2WO -PbWO * Data recalculated from units as given in original reference. 173

182 Eutectic M.P., 0 C System Composition mol / 780 LiCl-NiSO 4 * RbF-Rb2Ti MgF 2 -RbF CaF2-KF , 1392, 2031, 2033, 2918, Na20-SiO , KF-K2SO K2SiO3-Na2Si , K2TiO3-Na2TiO CaCO3 -Na2CO , CaCO3-Na2 CO K2MoO -K2TiO K2SO -K2W04-PbWO K2WO -K2TiO KF-K2S K2TiO3-KVO AlF3-RbF CaCO3-K2CO3 ~ , BaC12-CaF K2WO -PbWO , CsF-Cs2SO Na20-SiO , KBO2-LiBO , K2 Cr0 -KBO2-K2B Nb205-K2 C * Data recalculated from units as given in original reference. 174

183 Eutectic M.P., *C Composition System mol % 796 K2Cr0 -K2TiO K2SO -PbSO , NaCi-Na2TiO3 NaCl-PbO * 99.5 * CsF-ThF KF-NiF CsCl-TiCl KF-MgF2-NaF Na3AiF6-Na2SO CaCi2-CaO ( ) K2WO -PbWO , Na2SiO3-NaBO PbO-K2WO Bi203-Pb0-WO m BaF2-NaF-SrF m CaF2-NaF-SrF K2SO -K2TiO m CaCO3-K2CO3-Na2CO3 * K 2 SO 4 -PbSO K 2 0-PbO-Si0 2 * Bi203-PbO-WO CdSO -K2SO , KBO -K2WO , BaO-B203-SiO2 * * Data recalculated from units as given in original reference. 17

184 Eutectic M.P., 0 C0 System Composition mol % 810 CaF2-NaF , 471, 1169, 1252, 1375, 1392, 1803, 2031, 2033, BaC12-BaCO3-BaTiO BaF2-NaF 37 85, 171, 699, 1169, 1469, Bi 2 (WO 4 ) 3 -PbWO NaC1-BaCO K2MoO -PbMoO MgF 2 -NaF CaF 2-NaF , , 1392, 2031, PbO- TiO CaF2 -NaF , 1803, m Na2SO -Na2 CO PbO-Sb RbF-Rb2 Ti CsF-Cs Ti KF-K2Ti SrCl2-SrO Na2 CO3-BaTiO , K2WO -PbWO , CrF2-CrF MgF 2 -NaF K2 CrO -KBO B203-Li20 * BaF2-Na3AiF AiF3-KF , 2993 * Data recalculated from units as given in original reference. 176

185 Eutectic M.P., *C System Composition mol % 838 CsF-ThF WO3-Bi2(WO4) AlF3-KF BaCl2-BaF K20-PbO-SiO2 * K2SO -PbSO -PbWO LiF-Li2SiO Li2SO -PbO RbF-Rb2SO , KF-PbTiO Nb 0 -K CO Na20-SiO , RbF-Rb2SO , K2SO -KB , K2WO -PbWO , K2SO -PbWO NaF-SrF 2 (68-73) 699, 1169, 1392, 1653, Na 2 SiO 3 -PbTiO 3 BaCl2-BaCO , KF-ThF , K2SO -KBO , Na2SO 4-PbO Na2 SO4-PbWO FeS-PbS KF-K2SO , 1672, 2401 * Data recalculated from units as given in original reference. 177

186 Eutectic M.P., *C System Composition mol 7/ 865 A1203-PbO * KF-K2SO KF-ThF , Na2S04-Na2TiO Na3AiF6-NaF-Al , NaF-Li2TiO3-Na2TiO PbO-K2CrO m BaCi12-A1F NaF-Li2TiO BaO-B203-SiO2 * BaO-B203-SiO2 * KF-ThF , MgF 2 -RbF Na3A1F6 -NaF-TiO 2 * BaCl2-BaF2-CaF , NaF-Na2TiO , PbO-Na2TiO K2SO -K P207 * Na3AiF6-NaF , KF-K2SO AlF3-NaF , 1034, 1039, 1267, 2117, AF3 -NaF * Na3AiF6-Li 20 * Na3AiF6-CaO , NaF-Na2i NaF-Na2TiO * Data recalculated from units as given in original reference. 178

187 Eutectic M.P., *C System Composition mol % 898 Na3AiF6-BeO * NaF-Na2TiO , BaCl2-BaO A1203-Na20-SiO2 * B203-CoO * FeO-FeS-MnS K2TiO3-Na2TiO m BaCl2-SrCl2-SrF A1203-GaO-P205 * Al203 -K20-SiO2 * , Na3AiF6-MgO , MgF 2 -Na3A F6-A1203 * BaO-Li20-SiO BaF2-MgF , 1253, BaSO -Na2SO K2SO -K2WO , CaSO -Na2SO * NaF-Li2TiO3-Na2TiO A1203-K20-SiO2 * , A1203-CaO-P205 * BaF2-BeF BaO-B203-SiO2 * BaO-Li 0-Si * Data recalculated from units as given in original reference. 179

188 Eutectic M.P., 0 C System Composition mol 7o 920 FeO-FeS * , Ge02-Li K2SO -PbSO Na2TiO3-NaVO A1203-K20-SiO2 * , CaF2-Na3AiF6 -Al203 * , 2130, BaSiO3-Na2SiO KC1-VC Li20-Mg 0-SiO2 PbO-W0 3 * CaF2-Na3AiF6-A1203 * , 2130, Li 2 0-MgO-SiO 2 BaC12-BaF 2 -CaF 2 BaC 12-BaTiO3 * , BaC12-BaF BaO-Li 20-Si02 CaF2-Na3A1F6 FeO-FeS * 49.5 * , 2130, , CaF2-Na3AiF6 * CaF 2 -MgF 2 PbO-P205-SiO2 BaO-B SiO 2 SrCl2-SrO CaF 2 -MgF * , 567, 568, , 567, 568, 1249 * Data recalculated from units as given in original reference. 180

189 * Eutectic M.P., 0 C System Composition mol % 955 Na2SO -SrSO BaO-Li20-SiO BaSiO3-Li2Si , Cu2S-FeS k , Na3AlF6-Al , 1375, 1833, Na3AlF6-A1203 * SrCl2-SrF , NaF-TiO A1203-FeO-SiO 2 * BaO-Li20-SiO CaO-P205 * K2SO -SrSO Na3AlF6-Ti , Na3AlF6-CdO , Na3AlF6-ZrO Na3AlF6-ZnO , KF-MgF2-NaF KF-ThF , NaF-PbTiO 3 Li2TiO3-Na2TiO3 A1203-K20-Si02 Na20-TiO2 MgF 2 -NaF A1203-K20-SiO * * , 2559, , 2559, * Data recalculated from units as given in original reference. 181

190 + + Eutec tic M.P., 0 C System Composition mol % 992 Li2TiO3-Na2TiO , Cu2S-FeS * ( ) PbSO -PbWO , B203-ZnO * MgF 2 -NaF K2SO -PbO KF-MgF , 2333, BaSO -K2SO , BaSO -K2SO , FeO-MnS Li SiO -ZrSiO m BaF2-CaF , 1655, Na20-Si , CaSiO3-Li2SiO Na20-TiO CsCl-VC Al203-Na20-SiO2 * CaF2-KF , 1392, 2031, 2033, 2918, CaF2-KF , 1392, 2031, 2033, 2918, Cu20-SiO2 -*~ Al203-Na20-SiO2 * A1203-Na20 SiO2 * A1203-Na20-SiO2 * CuO-Si0 2 * * Data recalculated from units as given in original reference. 182

191 Eutectic M.P., *C System Composition mol 7p P205-Si02 BaF2-BaSi03 B203-CoO KF-NiF 2 Ta205-K2CO P205-SiO Al203-Na20-SiO2 Ca 3 (P0 4 ) 2 -Mg 3 (P0 4 ) 2 GeO2-Li20 CaO-FeO MnSiO3-MnTiO3 CaF2-CaSiO3 Na20-TiO2 CaF2-CaSiO3 B203-CaO BaO-CaO-SiO 2 Nb205-K2 C03 FeS-MnS Cu20-Mg0 CaF2-CaO-P205 BaO-CaO-SiO 2 MgF 2 -MgO-SiO 3 Ba 3 (P0 4 ) 2 -Ca 3 (P0 4 ) 2 CaF 2 -Ca 3 (P0 4 ) A1203-CaO-Fe * * * * 43.1 * * * * 87.6 * , , , , 2590 * Data recalculated from units as given in original reference. 183

192 Eutectic M.P., 0 C System Composition mol 7c 1205 B203-Coo * BaO-CaO-SiO 2 A1203~P205 MgF 2 -MgO * * MgF 2 -Mg0-SiO MnO-MnS BaO-CaO-Si0 2 * BaO-SiO2-Ti BaO-SiO2-TiO MnO-SiO 2 * BaO-CaO-Si02 * Al203-GaO-P205 * BaO-SiO2-TiO Nb205-ZnO MgO-P205-Si MgO-P205-SiO B203 -CaO * , CaO-SiO2-TiO2-Zr02 * Nb205-ZnO A1203-FeO * , BaO-TiO , FeO-TiO 2 * BaO-TiO 2 B203-MgO Al 203-CaO-Fe 203 MnO-SiO 2 35 * 29.8 * * , , * Data recalculated from units as given in original reference. 184

193 + + + Eutectic M.P., *C System Composition mol 7% CaO-SiO2-TiO2 * FeO-TiO 2 * FeO-TiO 2 * Al203-CaO-Fe 203 * , A1203-CaO-Fe203 * , Al203-CaO-Na20-SiO2 * A1203-CaO-Fe203-Na20 * Al203-CaO-MgO * A CaO-MgO * Al203-Ca0-Na20-Si02 * B20 3 -MgO CaF2-CaO * Nb205-ZnO BaO-SiO 2 * , 3454 ~ Al203 -CaO Al 0 -CaO 2 3 k 35.5 *~38 569, 1694, 2260, 2611, 2616, 2617, 2618, A1203-CaO-Fe 203 * , Al203-CaO-Na20-SiO2 * m BeO-CaO CaSiO3-CaTiO , * Data recalculated from units as given in original reference. 185

194 Eutectic M.P., 0 C System Composition mol 7% A1203-CaO-K20 Al203-CaO-K20 SiO2-ZnO Nb205-Zr02 CaO-SiO 2 BaO-SiO 2 Al203-CaO-K20 BaO-TiO 2 CaO-SiO 2 B203-CaO CaO-TiO 2 Nb205-Ti02 Nb205-TiO2 MgO-MnO-SiO 2 CaO-TiO 2 Al203-Na20-SiO2 BeO-CaO Nb205-TiO2 SiO2-TiO2-Zr02 SiO 2 -ZnO MgO-MnO-SiO 2 MgO-MnO-SiO 2 * * * 42.1 * * 22.9 * * * 2.5 * , * ( ) (1.26-1) * * , 1191, 1407, 2476, , , , 1191, 1407, 2476, , , 2330, * Data recalculated from units as given in original reference. 186

195 Eutectic M.P., *C System Composition mol % SiO2-TiO2 * , 2330, 2596, 2894, A1203- ao-mgo-sio Sio 2 -MgSiO 3 * Cr MgO-SiO 2 * CaF2-CaO-P205 * BaO-SiO 2 * , Al203-K20-SiO2 * , CaF2-Ca0-P2 0 * Al203-BeO-TiO2 * A1203-BeO-TiO2 * A1203-TiO2-ZrO2 * MgO-TiO Al203-SiO2 * , 1407, BaO-TiO , BaO-TiO , m BaTiO3 -SrTiO Al203-K20-SiO2 * , Al203-CaO *~ , 1694, 2260, 2611, 2616, 2617, 2618, A Ti02-Zr02 * MgO-Ti MgO-TiO Al203-TiO2-Zr02 * * Data recalculated from units as given in original reference. 187

196 + + Eutectic M.P., *C System Composition mol % A1203-K20-SiO2 * , CaF 2 -Ca 3 (P0 4 ) 2 * A1203-BeO-MgO * Al203-BaO * Sc203-Si BeO-MgO-Zr BeO-MgO , BeO-TiO , BeO-TiO , A1203-K20-SiO2 * , CaO-TiO 2 * , 2330, Al203-Ti02 * , MgO-TiO A1203-Ba0 * A1203-TiO2 * ~1725 A1203-CaO *~64 569, 1694, 2260, 569, 1694, 2260, 2611, 2616, 2617, 2618, CaO-TiO 2 * Al203-BeO-ZrO Al203-Be0-Ti02 * Sc203-SiO2 Al 203-BaO A1203-Be0-Th02 45 * * Data recalculated from units as given in original reference. 188

197 Eutectic Composition M.P., 0 C System mol % 1797 BeO-MgO-ThO A1203-BeO-Th Al203-BeO * , A1203-TiO2 A1203-Ti02 * 55.6 * , Al2230 -BeO * , Cr20 3 -MgO-Si0 2 Mg0-Mg2 Si0 4 Sc203-SiO2 * *< Al203-BeO * Al203-Zr Al203-BeO * A1203-BaO Al2 03-BeO * 88 * , Al203-Th02 * MgO-SrO BeO-MgO , A1203-MgO CaO-Si0 2 * , 1191, 1407, 2476, BeO-Zr02 (40-45) BeO-Th02 * Ce02-MgO CaO-Zr CaO-MgO (55-59) 2527, 2615, 3132, CaO-ZrO * Data recalculated from units as given in original reference. 189

198 190

199 REFERENCES

200

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