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Gvelesiani, High Temperature, Vol. 14 1, pp. 69-72 (1976)." } ], "names": [ "Strontium zirconate" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "SrZrO3", "properties": [ { "scalars": [ { "value": "Sr-Zr-O" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Polycrystalline" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "455.8" }, { "value": "503.4" }, { "value": "526.2" }, { "value": "539.9" }, { "value": "549.1" }, { "value": "556.1" }, { "value": "561.6" }, { "value": "566.3" }, { "value": "570.5" }, { "value": "574.2" }, { "value": "577.7" }, { "value": "581.0" }, { "value": "584.2" }, { "value": "587.3" } ], "units": "J kg$^{-1}$ K$^{-1}$", "conditions": [ { "scalars": [ { "value": "tetragonal" } ], "name": "Phase" }, { "units": "K", "scalars": [ { "value": "298.15" }, { "value": "400" }, { "value": "500" }, { "value": "600" }, { "value": "700" }, { "value": "800" }, { "value": "900" }, { "value": "1000" }, { "value": "1100" }, { "value": "1200" }, { "value": "1300" }, { "value": "1400" }, { "value": "1500" }, { "value": "1600" } ], "name": "Temperature" }, { "units": "J mol$^{-1}$ K$^{-1}$", "scalars": [ { "value": "103.4" }, { "value": "114.2" }, { "value": "119.4" }, { "value": "122.5" }, { "value": "124.6" }, { "value": "126.1" }, { "value": "127.4" }, { "value": "128.4" }, { "value": "129.4" }, { "value": "130.2" }, { "value": "131.0" }, { "value": "131.8" }, { "value": "132.5" }, { "value": "133.2" } ], "name": "Molar Heat Capacity" } ], "name": "Specific Heat" } ] }, { "category": "system.chemical", "preparation": [ { "name": "Solid State Reaction" } ], "references": [ { "citation": "Enthalpy and Specific Heat of Strontium and Barium Zirconates at High Temperatures, V.A. Levitskii, D.S. Tsagareishvili, and G.G. Gvelesiani, High Temperature, Vol. 14 1, pp. 69-72 (1976)." } ], "names": [ "Barium zirconate" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "BaZrO3", "properties": [ { "scalars": [ { "value": "Ba-Zr-O" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Polycrystalline" } ], "name": "Crystallinity" }, { "scalars": [ { "uncertainty": "0.001", "value": "4.193" } ], "units": "$\\AA$", "conditions": [ { "scalars": [ { "value": "a" } ], "name": "Axis" }, { "units": "K", "scalars": [ { "value": "298.15" } ], "name": "Temperature" } ], "name": "Axis Length" } ] }, { "category": "system.chemical", "preparation": [ { "name": "Solid State Reaction" } ], "references": [ { "citation": "Enthalpy and Specific Heat of Strontium and Barium Zirconates at High Temperatures, V.A. Levitskii, D.S. Tsagareishvili, and G.G. Gvelesiani, High Temperature, Vol. 14 1, pp. 69-72 (1976)." } ], "names": [ "Barium zirconate" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "BaZrO3", "properties": [ { "scalars": [ { "value": "Ba-Zr-O" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Polycrystalline" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "367.8" }, { "value": "398.8" }, { "value": "417.9" }, { "value": "432.5" }, { "value": "445.1" }, { "value": "451.9" }, { "value": "418.0" }, { "value": "418.0" }, { "value": "417.7" }, { "value": "417.4" }, { "value": "417.1" }, { "value": "417.0" }, { "value": "453.0" }, { "value": "454.6" }, { "value": "461.4" }, { "value": "468.1" }, { "value": "474.7" }, { "value": "481.4" } ], "units": "J kg$^{-1}$ K$^{-1}$", "conditions": [ { "scalars": [ { "value": "alpha" }, { "value": "alpha" }, { "value": "alpha" }, { "value": "alpha" }, { "value": "alpha" }, { "value": "alpha" }, { "value": "beta" }, { "value": "beta" }, { "value": "beta" }, { "value": "beta" }, { "value": "beta" }, { "value": "beta" }, { "value": "gamma" }, { "value": "gamma" }, { "value": "gamma" }, { "value": "gamma" }, { "value": "gamma" }, { "value": "gamma" } ], "name": "Phase" }, { "units": "K", "scalars": [ { "value": "298.15" }, { "value": "400" }, { "value": "500" }, { "value": "600" }, { "value": "700" }, { "value": "758" }, { "value": "758" }, { "value": "800" }, { "value": "900" }, { "value": "1000" }, { "value": "1100" }, { "value": "1175" }, { "value": "1175" }, { "value": "1200" }, { "value": "1300" }, { "value": "1400" }, { "value": "1500" }, { "value": "1600" } ], "name": "Temperature" }, { "units": "J mol$^{-1}$ K$^{-1}$", "scalars": [ { "value": "101.7" }, { "value": "110.3" }, { "value": "115.6" }, { "value": "119.6" }, { "value": "123.1" }, { "value": "125.0" }, { "value": "115.6" }, { "value": "115.6" }, { "value": "115.5" }, { "value": "115.4" }, { "value": "115.4" }, { "value": "115.3" }, { "value": "125.3" }, { "value": "125.7" }, { "value": "127.6" }, { "value": "129.5" }, { "value": "131.3" }, { "value": "133.1" } ], "name": "Molar Heat Capacity" } ], "name": "Specific Heat" } ] }, { "category": "system.chemical", "preparation": [ { "name": "Hot Pressing" } ], "references": [ { "citation": "Tensile Strength Properties of Hot-Pressed Silicon Nitride, T. Ohji, S. Sakai, M. Ito, Y. Yamauchi, W. Kanematsu, and S. 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Capacity" } ], "name": "Specific Heat" } ] }, { "category": "system.chemical", "references": [ { "citation": "Thermophysical and Thermochemical Properties of BaO and SrO from 5 to 1000 K, E.H.P. Cordfunke, R.R. van der Laan, and J.C. van Miltenburg, Journal of Physics and Chemistry of Solids, Vol. 55 1, pp. 77-84 (1994), published by Pergamon Press." } ], "names": [ "Strontium oxide" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "SrO", "properties": [ { "scalars": [ { "value": "Sr-O" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Polycrystalline" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "0.666" }, { "value": "0.984" }, { "value": "1.40" }, { "value": "2.10" }, { "value": "3.31" }, { "value": "4.53" }, { "value": "6.71" }, { "value": "9.27" }, { "value": "12.5" }, { "value": "16.8" }, { "value": "21.6" }, { "value": "26.6" }, { "value": "0.467" }, { "value": "0.456" }, { "value": "0.878" }, { "value": "1.19" }, { "value": "2.17" }, { "value": "3.29" }, { "value": "4.52" }, { "value": "6.86" }, { "value": "10.1" }, { "value": "14.2" }, { "value": "19.3" }, { "value": "25.5" }, { "value": "29.9" }, { "value": "37.8" }, { "value": 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Fracture Behavior of Single-Crystal Y3Al5O12, L.E. Reimanis, J.J. Petrovic, and T.E. Mitchell, Journal of Non-Crystalline Solids, Vol. 177, pp. 67-73 (1994), published by Elsevier Science B.V.." } ], "names": [ "Yttrium aluminum garnet (YAG)" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "Y3Al5O12", "properties": [ { "scalars": [ { "value": "Y-Al-O" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Single Crystal" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "Union Carbide" } ], "name": "Manufacturer" }, { "scalars": [ { "value": "1.7" }, { "value": "2.3" }, { "value": "3.8" }, { "value": "1.5" } ], "units": "MPa m$^{1/2}$", "conditions": [ { "units": "mm/min", "scalars": [ { "value": "0.05" }, { "value": "0.05" }, { "value": "0.05" }, { "value": "0.51" } ], "name": "Crosshead Speed" }, { "units": "$^{\\circ}$C", "scalars": [ { "value": "25" }, { "value": "1400" }, { "value": "1600" }, { "value": "1600" } ], "name": "Temperature" } ], "name": "Fracture Toughness" } ] }, { "category": "system.chemical", "preparation": [ { "name": "Hot Pressing" } ], "references": [ { "citation": "Heat Capacities of Boron Nitride and Aluminum Oxide Using an Arc-Image Furnace, H. Prophet and D.R. Stull, Journal of Chemical and Engineering Data, Vol. 8 1, pp. 78-81 (1963), published by American Chemical Society." } ], "names": [ "Boron nitride" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "BN", "properties": [ { "scalars": [ { "value": "B-N" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Polycrystalline" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "1893" }, { "value": "1922" }, { "value": "1924" }, { "value": "1964" }, { "value": "1961" }, { "value": "1951" }, { "value": "1939" }, { "value": "1927" }, { "value": "1932" }, { "value": "1951" }, { "value": "1972" }, { "value": "1984" }, { "value": "1989" }, { "value": "1979" }, { "value": "1974" }, { "value": "1956" }, { "value": "1964" }, { "value": "1969" }, { "value": "1989" } ], "units": "J kg$^{-1}$ K$^{-1}$", "conditions": [ { "units": "K", "scalars": [ { "value": "1300" }, { "value": "1350" }, { "value": "1400" }, { "value": "1450" }, { "value": "1500" }, { "value": "1550" }, { "value": "1600" }, { "value": "1650" }, { "value": "1700" }, { "value": "1750" }, { "value": "1800" }, { "value": "1850" }, { "value": "1900" }, { "value": "1950" }, { "value": "2000" }, { "value": "2050" }, { "value": "2100" }, { "value": "2150" }, { "value": "2200" } ], "name": "Temperature" }, { "units": "J mol$^{-1}$ K$^{-1}$", "scalars": [ { "value": "46.99" }, { "value": "47.70" }, { "value": "47.74" }, { "value": "48.74" }, { "value": "48.66" }, { "value": "48.41" }, { "value": "48.12" }, { "value": "47.82" }, { "value": "47.95" }, { "value": "48.41" }, { "value": "48.95" }, { "value": "49.25" }, { "value": "49.37" }, { "value": "49.12" }, { "value": "48.99" }, { "value": "48.53" }, { "value": "48.74" }, { "value": "48.87" }, { "value": "49.37" } ], "name": "Molar Heat Capacity" } ], "name": "Specific Heat" } ] }, { "category": "system.chemical", "preparation": [ { "name": "Sintering" } ], "references": [ { "citation": "Heat Capacities of Boron Nitride and Aluminum Oxide Using an Arc-Image Furnace, H. Prophet and D.R. Stull, Journal of Chemical and Engineering Data, Vol. 8 1, pp. 78-81 (1963), published by American Chemical Society." } ], "names": [ "Alumina" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "Al2O3", "properties": [ { "scalars": [ { "value": "Al-O" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Polycrystalline" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "1261" }, { "value": "1260" }, { "value": "1258" }, { "value": "1270" }, { "value": "1275" }, { "value": "1275" }, { "value": "1280" }, { "value": "1283" }, { "value": "1285" }, { "value": "1286" }, { "value": "1288" }, { "value": "1291" }, { "value": "1289" }, { "value": "1289" }, { "value": "1287" } ], "units": "J kg$^{-1}$ K$^{-1}$", "conditions": [ { "units": "K", "scalars": [ { "value": "1300" }, { "value": "1350" }, { "value": "1400" }, { "value": "1450" }, { "value": "1500" }, { "value": "1550" }, { "value": "1600" }, { "value": "1650" }, { "value": "1700" }, { "value": "1750" }, { "value": "1800" }, { "value": "1850" }, { "value": "1900" }, { "value": "1950" }, { "value": "2000" } ], "name": "Temperature" }, { "units": "J mol$^{-1}$ K$^{-1}$", "scalars": [ { "value": "128.6" }, { "value": "128.5" }, { "value": "128.3" }, { "value": "129.5" }, { "value": "130.0" }, { "value": "130.0" }, { "value": "130.5" }, { "value": "130.8" }, { "value": "131.0" }, { "value": "131.1" }, { "value": "131.3" }, { "value": "131.6" }, { "value": "131.4" }, { "value": "131.4" }, { "value": "131.2" } ], "name": "Molar Heat Capacity" } ], "name": "Specific Heat" } ] }, { "category": "system.chemical", "preparation": [ { "name": "Crystal Growth" } ], "references": [ { "citation": "Thermal Diffusivity of Isotopically Enriched 12C Diamond, T.R. Anthony, W.F. Banholzer, J.F. Fleischer, L. Wei, P.K. Kuo, R.L. Thomas, and R.W. Pryor, Physical Review B, Vol. 42 2, pp. 1104-1111 (1990), published by American Physical Society." } ], "names": [ "Diamond" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "(1-x)12C.x13C", "properties": [ { "scalars": [ { "value": "C" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Single Crystal" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "33.0" }, { "value": "33.7" }, { "value": "26.0" }, { "value": "22.8" }, { "value": "22.3" } ], "units": "W m$^{-1}$ K$^{-1}$", "conditions": [ { "units": "%", "scalars": [ { "value": "0.07" }, { "value": "0.10" }, { "value": "0.50" }, { "value": "1.00" }, { "value": "1.04" } ], "name": "Atomic Fraction of 13C" } ], "name": "Thermal Conductivity" } ] }, { "category": "system.chemical", "preparation": [ { "name": "Crystal Growth" } ], "references": [ { "citation": "Thermal Diffusivity of Isotopically Enriched 12C Diamond, T.R. Anthony, W.F. Banholzer, J.F. Fleischer, L. Wei, P.K. Kuo, R.L. 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of VO1\u00b1x and Niobium Doped VO1+x, T. Matsui, T. Tsuji, T. Asano, and K. 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West, NIST Special Publication 847:Machining of Advanced Materials, pp. 263-277 (1993), edited by S. Jahanmir, published by National Institute of Standards and Technology." } ], "names": [ "Silicon nitride" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "Si3N4", "properties": [ { "scalars": [ { "value": "Si-N:Al" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Polycrystalline" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "Ceradyne" } ], "name": "Manufacturer" }, { "scalars": [ { "value": "723" }, { "value": "688" }, { "value": "700" } ], "units": "MPa", "conditions": [ { "units": "$^{\\circ}$C", "scalars": [ { "value": "23" } ], "name": "Strength Test Temperature" }, { "scalars": [ { "value": "A" }, { "value": "B" }, { "value": "C" } ], "name": "Grinding Condition" } ], "name": "Weibull Strength" } ] }, { "category": "system.chemical", "preparation": [ { "name": "Sintering" } ], "references": [ { "citation": "Cubic Boron Nitride: Synthesis, Physicochemical Properties and Applications, L. Vel, G. Demanzeau, and J. 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Benko, J. Morgiel, and T. Czeppe, Ceramics International, Vol. 23, pp. 89-91 (1997), published by Elsevier Science Ltd.." } ], "names": [ "Boron nitride" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "BN", "properties": [ { "scalars": [ { "value": "B-N:Al" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Polycrystalline" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "10" }, { "value": "20" } ], "units": "GPa", "conditions": [ { "units": "h", "scalars": [ { "value": "0" }, { "value": "1" } ], "name": "Annealing Time" } ], "name": "Hardness" } ] }, { "category": "system.chemical", "references": [ { "citation": "Heat Capacity and Thermodynamic Properties of Y2O3 at Temperatures between 14 and 300 K, K.S. Gavrichev, V.E. Gorbunov, L.N. Golushina, G.E. Nikiforova, G.A. Totrova, and I.S. Shaplygin, Russian Journal of Physical Chemistry, Vol. 67 8, pp. 1554-1556 (1993)." } ], "names": [ "Yttria" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "Y2O3", "properties": [ { "scalars": [ { "value": "Y-O" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Polycrystalline" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "1.489" }, { "value": "2.046" }, { "value": "2.743" }, { "value": "3.699" }, { "value": "4.854" }, { "value": "6.222" }, { "value": "7.905" }, { "value": "10.31" }, { "value": "13.02" }, { "value": "16.56" }, { "value": "21.19" }, { "value": "26.31" }, { "value": "31.13" }, { "value": "36.95" }, { "value": "44.86" }, { "value": "53.63" }, { "value": "60.49" }, { "value": "68.69" }, { "value": "76.48" }, { "value": "83.92" }, { "value": "91.58" }, { "value": "98.49" }, { "value": "105.1" }, { "value": "109.7" }, { "value": "116.4" }, { "value": "123.0" }, { "value": "129.9" }, { "value": "136.6" }, { "value": "142.4" }, { 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Sato, S. Sato, A. Okuwaki, and S. Tanaka, Journal of the American Ceramic Society, Vol. 74 12, pp. 3081-3084 (1991), published by American Ceramic Society." } ], "names": [ "Alumina" ], "licenses": [ { "name": "NIST_SRD-30" } ], "chemicalFormula": "Al2O3", "properties": [ { "scalars": [ { "value": "Al-O" } ], "name": "Chemical Family" }, { "scalars": [ { "value": "Polycrystalline" } ], "name": "Crystallinity" }, { "scalars": [ { "value": "Toshiba" } ], "name": "Manufacturer" }, { "scalars": [ { "uncertainty": "50", "value": "250" }, { "value": "188" }, { "value": "165" }, { "value": "140" }, { "value": "100" }, { "value": "90" }, { "value": "95" }, { "value": "77" }, { "value": "75" }, { "value": "60" }, { "value": "60" }, { "value": "30" }, { "value": "20" }, { "value": "13" }, { "value": "0" } ], "units": "MPa", "conditions": [ { "units": "%", "scalars": [ { "value": "0" }, { "value": "2" }, { "value": "3" }, { "value": "8" }, { "value": "14" }, { "value": "14" }, { "value": "17" }, { "value": "20" }, { "value": "25" }, { "value": "24" }, { "value": "35" }, { "value": "39" }, { "value": "62" }, { "value": "66" }, { "value": "90" } ], "name": "Weight Loss" } ], "name": "Flexural Strength" } ] }, { "category": "system.chemical", "preparation": [ { "name": "Crystal Growth" } ], "references": [ { "citation": "Environment and Time Dependent Hardness in Zirconia, A.S. 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