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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: Resistance-temperature characteristic of BKH66Y
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: 1692,1692
Keywords: Material Specification, Resistance (normal state)

Materials and Properties

Y:123; [Y-Ba-Cu-O]
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: BHK66Y
Production Form:
Resistance (normal state) for Y:123; [Y-Ba-Cu-O]
Temperature (K) Resistance (normal state) (mΩ)
80.2 0.0780
80.57 0.0786
80.76 0
80.76 0
81.07 0
81.39 0
81.57 0
81.95 0
82.2 0
90.97 0
83.01 0
83.2 0
83.45 0
83.76 0
84.01 0
84.32 0
84.82 0
85.14 0
85.39 0
85.7 0
85.95 0
86.32 0
86.7 0
87.14 0
87.39 0
87.51 0
87.7 0
87.95 0
88.32 0
88.64 0
89.01 0
89.32 0
89.57 0
90.01 0
90.14 0
90.32 0
90.64 0
90.82 0
91.32 0.243
91.44 0.874
91.69 2.173
91.87 3.954
92.11 6.181
92.23 8.296
92.47 10.41
92.71 12.01
92.96 12.86
93.08 13.27
93.39 13.31
93.64 13.49
94.08 13.68
94.64 13.75
95.14 13.87
95.51 14.02
95.89 14.09
96.26 14.13
96.83 14.31
97.39 14.46
97.76 14.58
97.82 14.58
98.45 14.72
99.01 14.8
99.39 14.87
99.7 14.99
99.95 14.99
100.2 15.02
100.5 15.14
100.9 15.14
101.3 15.29
101.4 15.29
101.9 15.29
102.1 15.36
102.6 15.47
103.1 15.59
103.4 15.59
103.9 15.66
104.3 15.77
104.7 15.85
105.3 15.92
105.7 16.0
106.2 16.0
106.5 16.11
107.3 16.15
107.6 16.22
108.2 16.22
108.5 16.41
109.0 16.41
109.6 16.49
110.0 16.6
110.6 16.6
111.1 16.64
111.4 16.86
112.1 16.86
112.4 16.97
113.2 17.01
113.5 17.01
114.0 17.09
114.4 17.16
114.8 17.16
115.4 17.35
116.1 17.35
116.8 17.42
117.5 17.5
118.2 17.57
119.0 17.69
119.7 17.69
120.4 17.87
Measurement Method: Resistivity
Test facility: Lab. of Cryogenic Physics, Dept. of Physics, Faculty of Science, Hiroshima University Location: Rm. I-201, Bldg. 1, Rigaku-bu Start date: 6/15/90 Weekday: Friday End date: 6/25/90 Weekday: Monday Environment temperature (max): 28 °C Laboratory environment: air conditioned Test equipment (1): ultrasonic speed measurement equipment of phase comparison type Maker of test equipment (1): self-made Resolution of test equipment (1): relative resolution of sound speed: 6-7 digits Test equipment (2): transducer Other test equipment: LiNbO3 Specimen history: storing in dry air with silica gel Specimen shape: cylinder Specimen size: 4.5 mm diameter Remark on specimen: distance between same faces: 4.118 mm Specimen treatment: (100) plane being polished by using alumina powder and kerosine Test environment: He Test temperature: 1.7 K - 250 K Remark on test condition: propagation direction: 100 Data derivation method: using NEC PC9801 Data comment: measured value of sound speed: V(T), density: Rho, elasticity C = RhoV2

Cautions: Research Data