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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: Resistivity, Hall Effect, Nernst Effect and Thermopower in the Mixed State of Bi- and Tl-based High-Tc Superconductors
Author(s): A. Dascoulidou, M. Galffy, C. Hohn, N. Knauf, and A. Freimuth
Publication: Physica C Volume: 201 Issue: Not Available Year: 1992 Page(s): 202-218
Editor(s): Not Available
Publisher: Elsevier Science Publishers B.V.
Language: English
Notes: Not Available
Keywords: Material Specification, Resistivity (normal state), Hall Coefficient, Thermoelectric Power

Materials and Properties

Bi:2223; [Bi(Pb)-Sr-Ca-Cu-O]
Tl:2223; [Tl-Ba-Ca-Cu-O]
Material Specification for Bi:2223; [Bi(Pb)-Sr-Ca-Cu-O] Process: Solid State Reaction
Notes: The authors cite W. Schnelle et al., Physica C, Vol. 161, 123 (1989) and T. Zetterer et al., Phys. Rev. B, Vol. 41, 9499 (1990), and summarize the procedures as follows. "The measurements have been carried out on one Bi-2223 polycrystal and on two Tl-2223 polycrystals."
Formula: Bi1.76Pb0.24Sr2Ca2Cu3Ox
Informal Name: Bi:2223
Chemical Family: Bi(Pb)-Sr-Ca-Cu-O
Chemical Class: Oxide
Structure Type: Polycrystalline
Manufacturer: In House
Commercial Name: In House
Production Date:
Lot Number:
Production Form:

Resistivity (normal state) for Bi:2223; [Bi(Pb)-Sr-Ca-Cu-O]
Angle(j,B) (degrees) Temperature (K) Magnetic Field (T) Resistivity (normal state) (mΩ·cm)
90 80 0.4 0.0
90 80 1.0 0.0008
90 80 2.0 0.0015
90 80 3.0 0.0018
90 80 4.0 0.0020
90 80 5.0 0.0021
90 91 0.1 0.0
90 91 0.5 0.0011
90 91 1.0 0.0017
90 91 2.0 0.0022
90 91 3.0 0.0026
90 91 4.0 0.0029
90 91 5.0 0.0031
90 101 0.0 0.0003
90 101 0.2 0.0018
90 101 1.0 0.0025
90 101 2.0 0.0033
90 101 3.0 0.0037
90 101 4.0 0.0041
90 101 5.0 0.0043
90 106 0.0 0.0011
90 106 0.3 0.0024
90 106 1.0 0.0033
90 106 2.0 0.0041
90 106 3.0 0.0048
90 106 4.0 0.0051
90 106 5.0 0.0054
90 108 0.0 0.0012
90 108 0.2 0.0029
90 108 1.0 0.0040
90 108 2.0 0.0050
90 108 3.0 0.0056
90 108 4.0 0.0060
90 108 5.0 0.0063
90 111 0.0 0.0034
90 111 0.3 0.0052
90 111 1.0 0.0059
90 111 2.0 0.0065
90 111 3.0 0.0070
90 111 4.0 0.0074
90 111 5.0 0.0076
90 112 0.0 0.0073
90 112 1.0 0.0079
90 112 2.0 0.0082
90 112 3.0 0.0084
90 112 4.0 0.0086
90 112 5.0 0.0088
0 93 0.1 0.0
0 93 0.5 0.0012
0 93 1.0 0.0017
0 93 2.0 0.0021
0 93 3.0 0.0024
0 93 4.0 0.0025
0 93 5.0 0.0027
0 103 0.0 0.0006
0 103 0.4 0.0022
0 103 1.0 0.0027
0 103 2.0 0.0032
0 103 3.0 0.0034
0 103 4.0 0.0037
0 103 5.0 0.0039
0 108 0.0 0.0014
0 108 0.5 0.0030
0 108 1.0 0.0035
0 108 2.0 0.0042
0 108 3.0 0.0047
0 108 4.0 0.0049
0 108 5.0 0.0053
0 110 0.0 0.0022
0 110 0.3 0.0039
0 110 1.0 0.0046
0 110 2.0 0.0052
0 110 3.0 0.0057
0 110 4.0 0.0060
0 110 5.0 0.0063
0 112 0.0 0.0060
0 112 1.0 0.0067
0 112 2.0 0.0071
0 112 3.0 0.0073
0 112 4.0 0.0075
0 112 5.0 0.0077
Measurement Method: Unknown resistivity method

Cautions: Unevaluated Data
No measurement details were noted. Digitized data were obtained from Figure 5(I) of the paper. Angle(j,B) is the angle between the direction of the applied field (B) and the direction of the current flow (j).
Hall Coefficient for Bi:2223; [Bi(Pb)-Sr-Ca-Cu-O]
Magnetic Field (T) Temperature (K) Hall Coefficient (mm3 /C)
5 74 0.3
5 84 2.0
5 94 3.7
5 99 3.7
5 105 3.2
5 111 5.0
5 114 7.0
5 117 7.7
2.5 74 0.1
2.5 84 0.8
2.5 94 2.4
2.5 102 1.7
2.5 107 0.0
2.5 112 3.4
2.5 117 7.4
1 74 - 0.1
1 84 0.0
1 89 0.5
1 94 1.0
1 99 0.9
1 107 - 4.4
1 110 - 4.5
1 113 1.4
1 115 6.0
1 117 7.2
0.5 74 0.1
0.5 84 0.0
0.5 94 0.5
0.5 99 0.2
0.5 106 - 4.7
0.5 109 - 7.8
0.5 110 - 8.8
0.5 112 - 4.2
0.5 113 - 0.1
0.5 114 3.3
0.5 115 5.8
0.5 117 7.0
0.05 89 - 0.4
0.05 94 - 0.2
0.05 99 - 0.5
0.05 105 - 4.9
0.05 107 - 9.6
0.05 110 -12.8
0.05 111 -14.2
0.05 112 - 9.1
0.05 113 - 2.5
0.05 115 3.3
0.05 116 5.8
0.05 117 7.0
Measurement Method: Hall method
The authors cite M. Galffy et al., Solid State Commun., Vol. 68, 929 (1988), and summarize the procedure as follows. "Measurements of the Hall effect... as a function of temperature and magnetic field have been carried out using standard experimental techniques... The current density in these measurements was of the order of 0.5 A/cm2."

Cautions: Evaluated Data
Digitized data were obtained from Figure 10(I) of the paper.
Thermoelectric Power for Bi:2223; [Bi(Pb)-Sr-Ca-Cu-O]
Angle (ΔT, B) (degrees) Magnetic Field (T) Temperature (K) Thermoelectric Power (µV/K)
90 0 81 0.0
90 0 44 0.0
90 0 32 0.0
90 0 110 1.3
90 0 112 3.8
90 0 114 6.4
90 0 115 7.4
90 0.5 81 0.0
90 0.5 91 0.1
90 0.5 101 0.7
90 0.5 105 0.9
90 0.5 111 3.0
90 0.5 112 4.5
90 0.5 115 7.4
90 1 76 0.0
90 1 86 0.2
90 1 96 0.8
90 1 106 1.5
90 1 110 3.7
90 1 112 5.0
90 1 115 7.5
90 2.5 71 0.1
90 2.5 76 0.2
90 2.5 91 1.4
90 2.5 105 2.7
90 2.5 111 4.9
90 2.5 115 7.5
90 5 71 0.4
90 5 86 1.7
90 5 95 2.9
90 5 106 4.1
90 5 112 6.8
90 5 115 7.7
0 0 70 0.0
0 0 110 0.3
0 0 112 3.8
0 0 114 6.4
0 0 115 7.5
0 0.5 86 0.0
0 0.5 98 0.2
0 0.5 106 0.4
0 0.5 110 1.4
0 0.5 111 2.8
0 0.5 115 7.5
0 1 85 0.1
0 1 101 0.6
0 1 108 1.3
0 1 111 4.0
0 1 115 7.6
0 2.5 76 0.0
0 2.5 93 0.7
0 2.5 105 1.7
0 2.5 111 4.0
0 2.5 115 7.5
0 5 71 0.0
0 5 85 0.8
0 5 103 2.2
0 5 110 4.0
0 5 115 7.6
Measurement Method: Thermopower method
Thermopower was "measured as a function of magnetic field (swept at about 0.5 T/min) at fixed temperatures stabilized within about 50 mK with an imposed temperature gradient of about 0.5 K to 1 K... The temperature gradient, built up by a small heater (manganin; dp/dB=0) using a constant heating current, was measured with calibrated Pt-resistors mounted to the ends of the sample... The thermomagnetic voltages were measured using calibrated Cu wires with an accuracy of about 50 nV."

Cautions: Evaluated Data
Digitized data were obtained from Figure 16(I) of the paper.
Material Specification for Tl:2223; [Tl-Ba-Ca-Cu-O] Process: Solid State Reaction
Notes: The authors cite W. Schnelle et al., Physica C, Vol. 161, 123 (1989) and T. Zetterer et al., Phys. Rev. B, Vol. 41, 9499 (1990), and summarize the procedures as follows. "The measurements have been carried out on one Bi-2223 polycrystal and on two Tl-2223 polycrystals."
Formula: Tl2Ba2Ca2Cu3Ox
Informal Name: Tl:2223
Chemical Family: Tl-Ba-Ca-Cu-O
Chemical Class: Oxide
Structure Type: Polycrystalline
Manufacturer: In House
Commercial Name: In House
Production Date:
Lot Number:
Production Form:

Resistivity (normal state) for Tl:2223; [Tl-Ba-Ca-Cu-O]
Angle(j,B) (degrees) Temperature (K) Magnetic Field (T) Resistivity (normal state) (mΩ·cm)
90 80.9 1.3 0.00
90 80.9 2.0 0.0001
90 80.9 3.0 0.0002
90 80.9 4.0 0.0027
90 80.9 5.0 0.0004
90 90.4 0.6 0.00
90 90.4 1.0 0.0001
90 90.4 2.0 0.0003
90 90.4 3.0 0.0005
90 90.4 4.0 0.0006
90 90.4 5.0 0.0006
90 99.6 0.2 0.00
90 99.6 1.0 0.0004
90 99.6 2.0 0.0006
90 99.6 3.1 0.0008
90 99.6 4.0 0.0009
90 99.6 5.0 0.0010
90 111.4 0.2 0.0006
90 111.4 1.0 0.0011
90 111.4 2.1 0.0015
90 111.4 3.1 0.0017
90 111.4 4.0 0.0020
90 111.4 5.0 0.0022
90 115.9 0.0 0.0006
90 115.9 0.3 0.0012
90 115.9 1.1 0.0019
90 115.9 2.0 0.0025
90 115.9 3.1 0.0028
90 115.9 4.0 0.0032
90 115.9 5.0 0.0033
0 92 0.5 0.00
0 92 1.0 0.0001
0 92 2.0 0.0003
0 92 3.0 0.0005
0 92 4.0 0.0006
0 92 5.0 0.0006
0 107.7 0.1 0.00
0 107.7 0.4 0.0006
0 107.7 1.0 0.0008
0 107.7 2.0 0.0011
0 107.7 3.0 0.0013
0 107.7 4.0 0.0015
0 107.7 5.0 0.0017
0 113.2 0.0 0.0001
0 113.2 0.3 0.0007
0 113.2 1.0 0.0011
0 113.2 2.0 0.0015
0 113.2 3.0 0.0018
0 113.2 4.0 0.0021
0 113.2 5.0 0.0023
0 116 0.0 0.0003
0 116 0.2 0.0010
0 116 1.0 0.0019
0 116 2.0 0.0023
0 116 3.0 0.0027
0 116 4.0 0.0031
0 116 5.0 0.0033
0 118.9 0.0 0.0030
0 118.9 1.0 0.0036
0 118.9 2.0 0.0040
0 118.9 3.0 0.0042
0 118.9 4.0 0.0044
0 118.9 5.0 0.0046
0 122.2 0.0 0.0057
0 122.2 1.0 0.0058
0 122.2 2.0 0.0058
0 122.2 3.0 0.0058
0 122.2 4.0 0.0059
0 122.2 5.0 0.0059
Measurement Method: Unknown resistivity method

Cautions: Unevaluated Data
Angle(j,B) is the angle between the directions of the current flow and the applied magnetic field. Angle(j,B) = 0 means the current flows in a direction parallel to the applied field. For angle(j,B) = 90, the current is perpendicular to the field. Digitized data were obtained from Figure 5(II) of the paper.
Hall Coefficient for Tl:2223; [Tl-Ba-Ca-Cu-O]
Magnetic Field (T) Temperature (K) Hall Coefficient (mm3 /C)
5 70 0.1
5 82 0.1
5 98 0.7
5 103 1.1
5 108 0.9
5 112 0.1
5 117 1.5
5 121 2.6
5 130 3.9
3 71 0.1
3 82 0.0
3 88 0.1
3 98 0.4
3 109 0.0
3 113 -0.5
3 119 0.9
3 122 2.2
3 130 3.9
2 71 0.0
2 83 0.0
2 94 0.1
2 99 0.2
2 104 0.1
2 110 -0.6
2 115 -1.1
2 118 -0.2
2 121 1.9
2 130 3.9
1 71 0.1
1 88 0.0
1 97 0.1
1 109 -1.2
1 115 -2.5
1 117 -1.8
1 120 -0.3
1 121 1.4
1 130 3.9
0.5 70 0.0
0.5 88 -0.2
0.5 98 0.0
0.5 107 -1.0
0.5 111 -2.2
0.5 116 -3.6
0.5 119 -2.1
0.5 121 0.9
0.5 130 3.9
Measurement Method: Hall method
The authors cite M. Galffy et al., Solid State Commun., Vol. 68, 929 (1988), and summarize the procedure as follows. "Measurements of the Hall effect... as a function of temperature and magnetic field have been carried out using standard experimental techniques... The current density in these measurements was of the order of 0.5 A/cm2."

Cautions: Evaluated Data
Digitized data were obtained from Figure 10(II) of the paper.
Thermoelectric Power for Tl:2223; [Tl-Ba-Ca-Cu-O]
Angle (ΔT, B) (degrees) Magnetic Field (T) Temperature (K) Thermoelectric Power (µV/K)
90 5 84 1.3
90 5 109 4.1
90 5 120 6.5
90 3 91 1.1
90 3 120 6.2
90 1 82 0.3
90 1 106 1.8
90 1 111 3.8
90 1 120 6.2
90 0.2 91 0.0
90 0.2 105 1.4
90 0.2 120 6.1
90 0 91 0.0
90 0 105 0.0
90 0 112 3.8
90 0 122 6.2
0 5 93 0.4
0 5 108 1.4
0 5 113 1.7
0 5 119 4.3
0 5 122 6.0
0 4 92 0.3
0 4 100 0.6
0 4 113 1.1
0 4 119 4.0
0 4 122 5.9
0 3 92 0.2
0 3 100 0.5
0 3 113 1.0
0 3 119 3.7
0 3 122 5.8
0 2 93 0.2
0 2 108 0.4
0 2 113 0.6
0 2 119 3.7
0 2 122 5.4
0 2 123 5.9
0 1 92 0.0
0 1 108 0.3
0 1 113 0.4
0 1 119 3.3
0 1 122 5.3
0 0 92 0.0
0 0 94 0.0
0 0 119 2.9
0 0 122 5.4
Measurement Method: Thermopower method
Thermopower was "measured as a function of magnetic field (swept at about 0.5 T/min) at fixed temperatures stabilized within about 50 mK with an imposed temperature gradient of about 0.5 K to 1 K... The temperature gradient, built up by a small heater (manganin; dp/dB=0) using a constant heating current, was measured with calibrated Pt-resistors mounted to the ends of the sample... The thermomagnetic voltages were measured using calibrated Cu wires with an accuracy of about 50 nV."

Cautions: Evaluated Data
Angle(ΔT,B) is the angle between the directions of the temperature gradient ΔT and the applied field B. Angle(ΔT,B) = 0 means the direction of the gradient is parallel to the applied field. For angle(ΔT,B) = 90°, the gradient is perpendicular to the field. Digitized data were obtained from Figure 16(II) of the paper.