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NIST High Temp. Superconducting Materials (HTS) Database:

NIST Standard Reference Database 62

Last Update to Data Content: 1996

DOI: https://doi.org/10.18434/T4KP8J

Bibliographic Information

Title: Study on measurement method of thermal characteristic
Author(s): Not Available
Publication: STA Project Data Volume: Not Available Issue: Not Available Year: 1990 Page(s): Not Available
Editor(s): Not Available
Publisher: Science and Technology Agency of Japan
Language: Japanese
Notes: STA sheet number: 1381,1383,1384,1386,1387
Keywords: Material Specification, Specific Heat

Materials and Properties

; []
Y:123; [Y-Ba-Cu-O]
Y:123; [Y-Ba-Cu-O]
Y:123; [Y-Ba-Cu-O]
Material Specification for ; [] Process:
Notes:
Formula: SiO2
Informal Name:
Chemical Family:
Chemical Class: Oxide
Structure Type:
Manufacturer:
Commercial Name:
Production Date:
Lot Number: SiO2
Production Form:

Specific Heat for ; []
Data Source () Temperature (°C) Specific Heat (J kg-1 K-1)
Measured 43.91 767
Measured 63.13 811
Measured 74.23 832
Measured 86.33 855
Measured 94.35 863
Measured 107.4 884
Measured 116.5 892
Measured 127.5 905
Measured 140.5 916
Measured 149.5 927
Measured 157.5 932
Measured 171.6 947
Measured 180.6 953
Measured 191.6 966
Measured 253.6 101
Measured 273.6 102
Measured 292.6 103
Measured 312.5 104
Measured 332.5 105
Measured 353.5 105
Measured 372.4 106
Measured 389.4 107
Measured 409.3 108
Measured 430.3 108
Measured 451.2 109
Measured 473.1 109
Measured 490.1 110
Measured 510.0 110
Measured 528.0 111
Measured 574.8 112
Measured 598.7 112
Measured 618.7 113
Measured 646.6 113
Measured 665.5 114
Measured 686.4 114
Measured 708.4 115
Measured 725.3 115
Measured 748.2 116
Measured 770.2 116
Measured 789.1 117
Measured 810.0 117
Measured 829.0 118
Measured 854.9 118
Measured 877.8 118
Measured 892.7 119
Measured 888.8 119
Measured 914.7 119
Measured 934.6 120
Measured 955.5 120
Measured 974.4 120
Measured 998.4 121
Reported 43.05 787
Reported 63.19 819
Reported 82.23 839
Reported 102.3 865
Reported 122.4 891
Reported 142.5 911
Reported 162.5 935
Reported 180.6 951
Reported 201.6 969
Reported 222.6 985
Reported 239.6 100
Reported 261.6 102
Reported 280.7 103
Reported 301.6 104
Reported 320.6 105
Reported 340.5 106
Reported 360.5 106
Reported 380.4 107
Reported 399.3 107
Reported 421.3 108
Reported 440.2 109
Reported 460.2 109
Reported 482.2 110
Reported 498.1 111
Reported 519.1 111
Reported 538.0 112
Reported 544.1 114
Reported 549.6 120
Reported 598.8 113
Reported 620.7 114
Reported 636.7 114
Reported 657.6 115
Reported 677.5 115
Reported 695.5 115
Reported 715.4 116
Reported 736.3 116
Reported 757.2 116
Reported 777.2 117
Reported 797.1 117
Reported 816.0 117
Reported 836.9 118
Reported 857.9 118
Reported 877.8 118
Reported 899.6 118
Reported 916.6 119
Reported 939.5 119
Reported 958.5 120
Reported 976.4 120
Reported 997.4 121
Measurement Method: Adiabatic heat pulse
Test facility: Reaction Engineering, Dept. of Resource Energy Engineering, Hokkaido Government Industrial Development Laboratory Location: North Wind Laboratory Start date: 5/29/90 Weekday: Tuesday Start time: 10:00 End date: 5/31/90 Eeekday: Thursday End time: 11:20 Environment temperature (avg): 23 °C Specimen history: stored in desiccator Specimen shape: 16.5 mm diameter x 1.5 mm Specimen holding: original bulk sample

Cautions: Research Data
Material Specification for Y:123; [Y-Ba-Cu-O] Process:
Notes:
Formula: YBa2Cu3O6.9
Informal Name: Y:123
Chemical Family: Y-Ba-Cu-O
Chemical Class: Oxide
Structure Type:
Manufacturer:
Commercial Name:
Production Date:
Lot Number: BDK69Y
Production Form:

Specific Heat for Y:123; [Y-Ba-Cu-O]
Data Source () Temperature (°C) Specific Heat (J kg-1 K-1)
-- 38.09 429.1675
-- 59.81 444.6594
-- 79.61 454.7082
-- 99.47 461.8261
-- 116.3 473.5497
-- 138.1 481.505
-- 156.9 489.879
-- 176.8 495.3221
-- 198.7 500.3465
-- 216.6 503.2774
-- 236.4 510.814
-- 258.3 513.7449
-- 274.3 513.7449
-- 297.2 519.188
-- 315.1 520.8628
-- 335 527.9807
-- 356.8 536.3547
-- 377.7 538.4482
-- 396.7 540.123
-- 417.6 543.8913
-- 435.4 548.9157
-- 457.3 554.3588
-- 476.2 562.7328
-- 496 569.8507
-- 516.9 572.3629
-- 536.8 576.1312
-- 559.7 579.8995
-- 576.5 589.1109
-- 599.5 589.5296
-- 620.4 595.3914
-- 637.3 596.6475
-- 658.2 601.6719
-- 678.1 605.4402
-- 697 607.115
-- 714.9 611.7207
-- 735.9 611.7207
-- 756.8 613.8142
-- 777.7 618.8386
-- 796.6 621.7695
-- 817.5 624.2817
-- 836.5 625.5378
-- 859.4 627.2126
-- 880.3 628.4687
-- 898.2 631.8183
-- 916.2 632.237
-- 938.1 637.2614
-- 957 641.8671
-- 979.9 642.7045
Measurement Method: Adiabatic heat pulse
Test facility: Reaction Engineering, Dept. of Resource Energy Engineering, Hokkaido Government Industrial Development Laboratory Location: North Wind Laboratory Start date: 5/29/90 Weekday: Tuesday Start time: 10:00 End date: 5/31/90 Eeekday: Thursday End time: 11:20 Environment temperature (avg): 23 °C Specimen history: stored in desiccator Specimen shape: 16.5 mm diameter x 1.5 mm Specimen holding: original bulk sample

Cautions: Research Data
Material Specification for Y:123; [Y-Ba-Cu-O] Process:
Notes:
Formula: YBa2Cu3O6.6
Informal Name: Y:123
Chemical Family: Y-Ba-Cu-O
Chemical Class: Oxide
Structure Type:
Manufacturer:
Commercial Name:
Production Date:
Lot Number: BDK66Y
Production Form:

Specific Heat for Y:123; [Y-Ba-Cu-O]
Data Source () Temperature (°C) Specific Heat (J kg-1 K-1)
-- 39.48 404.0455
-- 60.34 410.1585
-- 80.17 418.7
-- 100 426.6553
-- 118.9 431.6797
-- 139.8 436.2854
-- 159.7 439.635
-- 179.6 442.5659
-- 199.5 445.0781
-- 218.4 450.5212
-- 235.4 449.6838
-- 259.3 453.4521
-- 277.2 453.4521
-- 298.2 453.8708
-- 314.2 453.8708
-- 338.1 456.8017
-- 357.9 461.8261
-- 378.9 463.0822
-- 397.8 463.0822
-- 417.8 463.5009
-- 438.7 468.5253
-- 459.6 472.2936
-- 478.5 474.8058
-- 497.4 476.8993
-- 516.4 479.4115
-- 537.3 483.1798
-- 561.2 486.1107
-- 580.1 487.7855
-- 600 490.7164
-- 620 492.3912
-- 638.9 495.3221
-- 658.8 498.6717
-- 682.7 503.2774
-- 699.5 509.9766
-- 720.4 514.5823
-- 738.3 517.0945
-- 757.2 524.2124
-- 780.1 525.8872
-- 799 532.1677
-- 819.9 535.5173
-- 838.8 539.2856
-- 858.7 541.7978
-- 880.6 548.0783
-- 901.5 553.1027
-- 919.4 556.871
-- 938.2 563.5702
-- 961.1 568.1759
-- 980 571.5255
Measurement Method: Adiabatic heat pulse
Test facility: Reaction Engineering, Dept. of Resource Energy Engineering, Hokkaido Government Industrial Development Laboratory Location: North Wind Laboratory Start date: 5/29/90 Weekday: Tuesday Start time: 10:00 End date: 5/31/90 Eeekday: Thursday End time: 11:20 Environment temperature (avg): 23 °C Specimen history: stored in desiccator Specimen shape: 16.5 mm diameter x 1.5 mm Specimen holding: original bulk sample

Cautions: Research Data
Material Specification for Y:123; [Y-Ba-Cu-O] Process:
Notes:
Formula: YBa2Cu3O6.4
Informal Name: Y:123
Chemical Family: Y-Ba-Cu-O
Chemical Class: Oxide
Structure Type:
Manufacturer:
Commercial Name:
Production Date:
Lot Number: BDK64Y
Production Form:

Specific Heat for Y:123; [Y-Ba-Cu-O]
Data Source () Temperature (°C) Specific Heat (J kg-1 K-1)
-- 38.08 430.0049
-- 59.79 446.3342
-- 81.61 454.7082
-- 97.52 458.4765
-- 116.4 466.8505
-- 137.2 473.131
-- 157.1 475.6432
-- 177 482.7611
-- 179 482.7611
-- 197.9 487.7855
-- 215.8 488.2042
-- 236.8 489.879
-- 257.7 491.9725
-- 274.6 491.9725
-- 296.6 493.2286
-- 315.5 493.2286
-- 334.5 493.6473
-- 355.4 496.1595
-- 377.4 495.7408
-- 396.3 495.7408
-- 417.3 496.9969
-- 436.2 496.9969
-- 456.2 497.4156
-- 478.1 499.0904
-- 498.1 498.6717
-- 517.1 498.6717
-- 538 499.9278
-- 559 499.0904
-- 576.9 498.6717
-- 599.9 499.9278
-- 617.8 499.9278
-- 638.8 502.0213
-- 657.7 502.0213
-- 680.7 503.2774
-- 698.6 504.9522
-- 719.5 507.0457
-- 737.5 508.7205
-- 758.4 512.4888
-- 778.3 514.1636
-- 798.2 519.6067
-- 820.1 522.9563
-- 839 525.0498
-- 859.9 527.562
-- 883.8 533.8425
-- 901.7 536.3547
-- 919.6 540.123
-- 940.5 542.6352
-- 960.4 548.0783
-- 981.3 552.2653
Measurement Method: Adiabatic heat pulse
Test facility: Reaction Engineering, Dept. of Resource Energy Engineering, Hokkaido Government Industrial Development Laboratory Location: North Wind Laboratory Start date: 5/29/90 Weekday: Tuesday Start time: 10:00 End date: 5/31/90 Eeekday: Thursday End time: 11:20 Environment temperature (avg): 23 °C Specimen history: stored in desiccator Specimen shape: 16.5 mm diameter x 1.5 mm Specimen holding: original bulk sample

Cautions: Research Data