NIST High Temp. Superconducting Materials (HTS) Database

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: Superconducting Properties in Bi_2-x-yPb_xSb_ySr₂Ca₂Cu₃O_z
Author(s): I. Hongbao, Z. Weijie, Z. Ling, M. Zhiqiang, L. Biyou, Y. Ming, C. Liezhao, C. Zhaojia, R. Yaozhong, P. Dingkun, et al
Publication: Physica C Volume: 159 Issue: Not Available Year: 1989 Page(s): 665-667
Editor(s): Not Available
Publisher: Elsevier Science Publishers B.V.
Language: English
Notes: et al. = Z. Yuheng
Keywords: Material Specification, Resistance (normal state), Magnetic Susceptibility

Materials and Properties

Bi:2223; [Bi(Pb)-Sr-Ca(Sb)-Cu-O]

Material Specification for Bi:2223; [Bi(Pb)-Sr-Ca(Sb)-Cu-O] Process: Solid State Reaction
Notes: "The samples were prepared by solid state reaction of Bi₂O₃, CuO, SrCO₃, CaCO₃, PbO and Sb₂O₅ in air. The mixtures were heated at 830 °C for 15 h. After grinding and pelletizing into disk shape pellets with (a diameter of) 12 mm, they were sintered... Bi_1.6Pb_0.4Sr₂Ca₂Cu₃O_z... was sintered at 860 °C for 68 h, at 870 °C for 1 h, and then at 850 °C for 12 h followed by furnace cooling. Bi_1.9Sb_0.1Sr₂Ca₂Cu₃O_z was sintered at 880 °C for 50 h followed by furnace cooling... Bi_1.9-xPb_xSb_0.1Sr₂Ca₂Cu₃O_z (x= 0.1, 0.3, 0.5) were sintered at 860 °C for 60 h followed by furnace cooling."
Formula: Bi_2-x-yPb_xSb_ySr₂Ca₂Cu₃O_z
Informal Name: Bi:2223
Chemical Family: Bi(Pb)-Sr-Ca(Sb)-Cu-O
Chemical Class: Oxide
Structure Type: Polycrystalline
Manufacturer: In House
Commercial Name: In House
Production Date:
Lot Number:
Production Form:

Resistance (normal state) for Bi:2223; [Bi(Pb)-Sr-Ca(Sb)-Cu-O]

x of Pb_x (formula units)	y of Sb_y (formula units)	Temperature (K)	Resistance (normal state) (mΩ)
0.4	0	107	0.1
0.4	0	109	0.2
0.4	0	112	0.4
0.4	0	114	0.6
0.4	0	115	0.9
0.4	0	116	1.5
0.4	0	116	2.0
0.4	0	122	2.3
0.4	0	128	2.6
0.4	0	134	2.7
0.4	0	143	3.0
0.4	0	153	3.3
0.4	0	160	3.4
0.4	0	168	3.6
0.4	0	178	3.6
0.4	0	186	3.7
0.4	0	194	3.8
0.4	0	198	3.9
0	0.1	78	0.0
0	0.1	82	0.2
0	0.1	85	0.4
0	0.1	87	0.4
0	0.1	91	0.6
0	0.1	101	1.2
0	0.1	105	1.5
0	0.1	110	1.7
0	0.1	112	2.6
0	0.1	113	3.4
0	0.1	114	4.5
0	0.1	115	5.9
0	0.1	115	7.1
0	0.1	118	8.7
0	0.1	119	9.8
0	0.1	120	11.4
0	0.1	124	12.2
0	0.1	129	12.9
0	0.1	132	13.8
0	0.1	138	14.6
0	0.1	145	15.3
0	0.1	150	15.9
0	0.1	159	16.4
0	0.1	166	17.0
0	0.1	170	17.4
0	0.1	174	18.1
0	0.1	180	18.3
0	0.1	183	18.5
0	0.1	194	19.2
0	0.1	198	19.2
0.1	0.1	67	0.2
0.1	0.1	68	0.2
0.1	0.1	70	0.4
0.1	0.1	72	1.2
0.1	0.1	73	2.3
0.1	0.1	74	3.6
0.1	0.1	75	4.3
0.1	0.1	78	5.2
0.1	0.1	79	5.8
0.1	0.1	79	5.8
0.1	0.1	82	6.7
0.1	0.1	83	6.9
0.1	0.1	87	7.1
0.1	0.1	94	7.7
0.1	0.1	97	8.1
0.1	0.1	103	8.8
0.1	0.1	105	9.0
0.1	0.1	110	9.4
0.1	0.1	111	10.6
0.1	0.1	115	11.1
0.1	0.1	120	12.2
0.1	0.1	124	12.7
0.1	0.1	127	12.9
0.1	0.1	133	13.3
0.1	0.1	138	13.7
0.1	0.1	146	14.1
0.1	0.1	150	14.7
0.1	0.1	155	15.2
0.1	0.1	158	15.6
0.1	0.1	165	16.2
0.1	0.1	170	16.9
0.1	0.1	177	17.3
0.1	0.1	181	17.9
0.1	0.1	184	18.3
0.1	0.1	193	19.0
0.1	0.1	199	19.6
0.3	0.1	107	0.3
0.3	0.1	107	0.8
0.3	0.1	108	1.4
0.3	0.1	109	3.0
0.3	0.1	111	4.3
0.3	0.1	112	5.2
0.3	0.1	112	6.5
0.3	0.1	112	7.4
0.3	0.1	113	8.5
0.3	0.1	114	9.1
0.3	0.1	114	10.4
0.3	0.1	115	11.5
0.3	0.1	115	12.8
0.3	0.1	116	14.6
0.3	0.1	118	16.0
0.3	0.1	119	17.2
0.3	0.1	118	18.3
0.3	0.1	121	18.8
0.3	0.1	124	19.7
0.3	0.1	133	20.5
0.3	0.1	137	21.2
0.3	0.1	142	21.9
0.3	0.1	150	23.2
0.3	0.1	157	23.9
0.3	0.1	163	24.3
0.3	0.1	170	25.0
0.3	0.1	176	25.7
0.3	0.1	183	26.6
0.3	0.1	193	27.7
0.5	0.1	104	0.2
0.5	0.1	105	0.9
0.5	0.1	106	1.0
0.5	0.1	107	2.8
0.5	0.1	108	3.5
0.5	0.1	109	4.6
0.5	0.1	109	5.9
0.5	0.1	109	7.4
0.5	0.1	110	9.8
0.5	0.1	112	11.5
0.5	0.1	115	13.5
0.5	0.1	115	14.6
0.5	0.1	117	16.3
0.5	0.1	119	17.6
0.5	0.1	121	19.3
0.5	0.1	129	21.0
0.5	0.1	138	21.7
0.5	0.1	147	22.8
0.5	0.1	151	23.3
0.5	0.1	160	24.1
0.5	0.1	167	25.2
0.5	0.1	172	25.9
0.5	0.1	181	26.7
0.5	0.1	189	27.6
0.5	0.1	195	28.3
0.5	0.1	200	28.3

Measurement Method: Four-probe method
"A four-probe method was employed for resistance measurements."

Cautions: Unevaluated Data
Data were digitized from Figures 1, 2, 3, 4, and 5 of the paper.

Magnetic Susceptibility for Bi:2223; [Bi(Pb)-Sr-Ca(Sb)-Cu-O]

x of Pb_x (formula units)	y of Sb_y (formula units)	Temperature (K)	Magnetic Susceptibility (arbitrary)
0.4	0	77	-10.8
0.4	0	84	-10.1
0.4	0	90	-9.4
0.4	0	92	-8.7
0.4	0	92	-8.0
0.4	0	93	-7.3
0.4	0	94	-6.7
0.4	0	95	-6.0
0.4	0	98	-4.6
0.4	0	102	-3.6
0.4	0	103	-2.4
0.4	0	103	-1.4
0.4	0	105	0
0.4	0	106	0
0.4	0	134	0
0.4	0	149	0
0.4	0	158	0
0.4	0	171	0
0.4	0	184	0
0.4	0	200	0
0	0.1	63	-10.0
0	0.1	64	-8.9
0	0.1	65	-8.3
0	0.1	66	-7.6
0	0.1	67	-6.7
0	0.1	70	-6.3
0	0.1	72	-5.7
0	0.1	75	-5.0
0	0.1	81	-4.4
0	0.1	90	-3.8
0	0.1	96	-3.5
0	0.1	101	-3.3
0	0.1	102	-2.1
0	0.1	106	-2.7
0	0.1	109	-1.5
0	0.1	111	0
0	0.1	113	0
0	0.1	115	0
0	0.1	120	0
0	0.1	130	0
0	0.1	139	0
0	0.1	152	0
0	0.1	161	0
0	0.1	172	0
0	0.1	182	0
0	0.1	192	0
0	0.1	200	0
0.1	0.1	61	-9.3
0.1	0.1	62	-8.5
0.1	0.1	64	-8.0
0.1	0.1	65	-7.4
0.1	0.1	67	-6.9
0.1	0.1	68	-6.3
0.1	0.1	68	-5.7
0.1	0.1	69	-5.1
0.1	0.1	70	-4.4
0.1	0.1	70	-3.7
0.1	0.1	72	-3.0
0.1	0.1	73	-2.5
0.1	0.1	74	-2.1
0.1	0.1	78	-2.0
0.1	0.1	81	-2.0
0.1	0.1	86	-1.8
0.1	0.1	86	0
0.1	0.1	91	0
0.1	0.1	94	0
0.1	0.1	111	0
0.1	0.1	123	0
0.1	0.1	135	0
0.1	0.1	147	0
0.1	0.1	160	0
0.1	0.1	176	0
0.1	0.1	191	0
0.1	0.1	199	0
0.3	0.1	87	-15.8
0.3	0.1	91	-15.5
0.3	0.1	95	-15.1
0.3	0.1	97	-15.0
0.3	0.1	97	-14.0
0.3	0.1	99	-13.0
0.3	0.1	100	-12.5
0.3	0.1	100	-11.8
0.3	0.1	100	-11.0
0.3	0.1	99	-10.5
0.3	0.1	100	-9.5
0.3	0.1	101	-8.7
0.3	0.1	101	-7.7
0.3	0.1	102	-7.1
0.3	0.1	101	-6.5
0.3	0.1	102	-6.0
0.3	0.1	102	-5.1
0.3	0.1	106	-5.0
0.3	0.1	107	-5.0
0.3	0.1	107	-3.8
0.3	0.1	107	-3.3
0.3	0.1	108	-1.9
0.3	0.1	108	-1.0
0.3	0.1	109	-1.0
0.3	0.1	111	0
0.3	0.1	119	0
0.3	0.1	127	0
0.3	0.1	137	0
0.3	0.1	149	0
0.3	0.1	162	0
0.3	0.1	171	0
0.3	0.1	184	0
0.3	0.1	198	0
0.5	0.1	63	-13.0
0.5	0.1	70	-12.4
0.5	0.1	71	-11.9
0.5	0.1	73	-11.1
0.5	0.1	79	-9.6
0.5	0.1	85	-8.0
0.5	0.1	87	-6.0
0.5	0.1	90	-4.1
0.5	0.1	99	-2.7
0.5	0.1	104	-2.5
0.5	0.1	106	-1.2
0.5	0.1	106	-0.5
0.5	0.1	107	-0.1
0.5	0.1	139	-0.1
0.5	0.1	169	-0.1
0.5	0.1	200	-0.1
0.5	0.1	98	-2.3
0.5	0.1	102	-2.3
0.5	0.1	103	-1.7
0.5	0.1	104	-1.0
0.5	0.1	106	0
0.5	0.1	105	0
0.5	0.1	120	0
0.5	0.1	134	0
0.5	0.1	144	0
0.5	0.1	160	0
0.5	0.1	180	0
0.5	0.1	194	0
0.5	0.1	200	0

Measurement Method: Ac susceptibility
"An AC mutual inductance bridge was employed for magnetic susceptibility measurement." No additional measurement details were noted.

Cautions: Evaluated Data
Data were digitized from Figures 1, 2, 3, 4, and 5 of the paper.