<trans-title xml:lang="en">Research Progress on Lead-based Textured Piezoelectric Ceramics</trans-title>

Qiong WU; Binglin SHEN; Maohua ZHANG; Fangzhou YAO; Zhipeng XING; Ke WANG

doi:10.15541/jim20240520

Journal of Inorganic Materials, Volume. 40, Issue 6, 563(2025)

Research Progress on Lead-based Textured Piezoelectric Ceramics

Qiong WU¹, Binglin SHEN², Maohua ZHANG², Fangzhou YAO², Zhipeng XING¹, and Ke WANG^1、*

¹1. State Key Laboratory of New Ceramic Materials, School of Materials Science and Engineering, Tsinghua University, Beijing 100084, China

²2. Wuzhen Laboratory, Jiaxing 314500, China

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Figures & Tables(10)

1. Schematic diagrams of microstructures of (a) conventional ceramics, (b) textured ceramics and (c) single crystals

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2. Schematic diagrams of the internal state of textured ceramics prepared by TGG method (a) before, (b) during, (c) after sintering and (d) at the interface between template and ceramic

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3. Preparation process of BT template

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4. Preparation process of textured piezoelectric ceramics^[56]

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5. Phase diagram of PMN-PT

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6. Phase diagram of PMN-PZ-PT

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7. Relationship between T_m and d₃₃ in lead-based textured piezoelectric ceramics

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Table 1. Electric properties of PMN-PT textured piezoelectric ceramics^[63-72]

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Table 1. Electric properties of PMN-PT textured piezoelectric ceramics^[63-72]

System	Template	F₀₀₁/%	ɛ₃₃	Random d₃₃/(pC•N^-1)	Textured d₃₃/(pC•N^-1)	T_m/℃	tanδ	Year	Ref.
PMN-0.285PT	NBT-0.6PT	87	3490	—	855	129	0.01	2011	[63]
PMN-0.325PT	1% BT	98	2591	—	1000	~160	0.006	2012	[64]
Mn-doped PMN-0.325PT	1% BT	96	2233	455	450	~165	0.0044	2018	[65]
Sm-doped PMN-0.3PT	5% BT	90	~4500	—	1040	90	0.05	2021	[66]
CuO/B₂O₃ sintered PMN-0.28PT	1% BT	99.5	3450	340	1180	~150	0.008	2021	[67]
Sm-doped PMN-0.29PT	5% BT	82	5130	500	810	102	0.056	2021	[68]
PMN-0.31PT	3% BT	93	3560	660	1020	134	0.019	2022	[69]
Eu-doped PMN-0.28PT	2% BT	98	~6000	1300	1950	~80	0.015	2022	[70]
Sm-doped PMN-0.26PT	1% BT	99	10115	1245	1882	76	0.042	2023	[71]
Er-doped PMN-0.33PT	5% BT	36.4	~5000	—	634	~100	~0.02	2023	[72]

Table 2. Electric properties of PMN-PZ-PT textured piezoelectric ceramics^[76-85]

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Table 2. Electric properties of PMN-PZ-PT textured piezoelectric ceramics^[76-85]

System	Template	F₀₀₁/%	ɛ₃₃	Random d₃₃/(pC•N^-1)	Textured d₃₃/(pC•N^-1)	T_m/℃	tanδ	Year	Ref.
Mn-doped PMN-0.25PZ-0.35PT	3% BT	93	—	230	720	210	0.003	2012	[76]
PMN-0.25PZ-0.35PT	5% BT	90	2310	230	1100	204	—	2013	[77]
Quenched PMN-0.25PZ-0.35PT	5% BT	92	1815	275	750	265	0.01	2019	[82]
PMN-0.22PZ-0.38PT	5% BT	98	1100	~250	950	235	—	2022	[78]
PMN-0.25PZ-0.35PT	2% BT	98	1000	230	1470	~225	0.011	2022	[81]
CuO sintered PMN-0.25PZ-0.33PT	5% BT	98	1720	235	860	222	0.008	2022	[79]
PMN-0.25PZ-0.33PT	5% BT	98	1500	—	1080	~225	—	2023	[83]
Mn-doped PMN-0.25PZ-0.35PT	2% BT	99	2100	223	862	—	~0.003	2023	[84]
CuO sintered PMN-0.47PZ-0.39PT	1% BT	92	1000	143	278	304	~0.007	2023	[80]
PMN-PZ-PT	3% BT	98	2410	—	1220	229	0.012	2024	[85]

Table 3. Electric properties of ternary systems except the PMN-PZ-PT textured piezoelectric ceramics^{[40,48,57,59,86 -108]}

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Table 3. Electric properties of ternary systems except the PMN-PZ-PT textured piezoelectric ceramics^{[40,48,57,59,86 -108]}

System	Template	F₀₀₁/%	ɛ₃₃	Random d₃₃/(pC•N^-1)	Textured d₃₃/(pC•N^-1)	T_m/℃	tanδ	Year	Ref.
PIN-0.40PMN-0.32PT	5% BT	93	~2500	416	824	203	~0.025	2015	[86]
PMN-16PYN-0.38PT	5% BT	91	~2000	—	—	214	0.019	2016	[87]
PIN-0.30PMN-0.34PT	5% BT	62	2668	450	560	220	~0.04	2016	[88]
PIN-0.40PMN-0.32PT	5% BT	94	~2500	429	841	~200	—	2016	[48]
CuO-doped PIN-0.4PMN-0.32PT	5% BT	97	~2430	416	927	200	0.013	2017	[89]
PMN-16PYN-0.38PT	5% BT	91	2110	—	—	213	0.022	2017	[90]
PNN-0.15PZ-0.3PT	2% BT	82	~7500	~1020	1210	~103	~0.031	2020	[59]
PYN-0.52PMN-0.32PT	3% BT	~99	~2000	—	—	205	~0.01	2020	[91]
PYN-0.41MN-0.38PT	5% BT	83	~2000	413	409	224	~0.050	2020	[92]
CuO-doped PYN-46PMN-34PT	—	94	1960	380	460	—	0.019	2020	[93]
Mn-doped PIN-0.42PMN-0.34PT	2% BT	84	1514	370	517	205	0.0049	2021	[94]
PIN-0.445PSN-0.365PT	5% BT	99.2	2310	240	1090	247	0.012	2021	[57]
BZZ-0.375BS-0.60PT	5% BT	91	980	216	353	403	0.024	2021	[40]
BMT-0.6PMN-0.3PT	—	90	4500	—	—	—	—	2022	[95]
PSN-0.20PZ-0.41PT	3% BT	~95	1300	265	580	299	0.007	2022	[96]
PNN-0.21PZ-0.37PT	3% BT	96	~3000	730	830	~170	~0.017	2022	[97]
PIN-0.445PSN-0.365PT	2.5% BT	99	2155	—	770	~270	0.0072	2022	[98]
Mn&Cu-doped PIN-0.42PMN-0.34PT	2% BT	97	1498	304	725	205	0.0045	2022	[99]
MnO₂-doped PIN-0.46PSN-0.37PT	3% BT	99	1739	181	735	244	0.0039	2023	[100]
MnO₂-doped PIN-0.42PMN-0.34PT	2% BT	98	1498	304	725	~205	0.0042	2023	[101]
PIN-0.445PSN-0.365PT	3% BT	—	2100	—	840	261	0.006	2023	[102]
PIN-0.46PMN-0.3PT	5% BT	~99	1960	270	860	195	0.007	2023	[103]
CuO-doped PMN-0.29PIN-0.34PT	3% BT	97	~2000	~450	578	231	—	2023	[104]
PNN-0.25PZ-0.39PT	3% BT	98	2790	443	1165	197	0.021	2023	[105]
PZT-0.11PZN-0.06PNN	10% BZT	63	1123	—	318	230	~0.021	2024	[106]
PNT-0.34PZ-0.42PT	5% BT	98	2499	~250	820	180	—	2024	[107]
Li₂CO₃-doped PNN-0.16PZ-0.34PT	2% BT	85	3942	943	1180	146	~0.04	2024	[108]

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Qiong WU, Binglin SHEN, Maohua ZHANG, Fangzhou YAO, Zhipeng XING, Ke WANG. Research Progress on Lead-based Textured Piezoelectric Ceramics[J]. Journal of Inorganic Materials, 2025, 40(6): 563

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Paper Information

Category:

Received: Dec. 16, 2024

Accepted: --

Published Online: Sep. 2, 2025

The Author Email: Ke WANG (wang-ke@tsinghua.edu.cn)

DOI:10.15541/jim20240520

Topics

laser devices and laser physics

Lasers and Laser Optics

Laser physics

laser manufacturing

Instrumentation, Measurement and Metrology

Table 1. Electric properties of PMN-PT textured piezoelectric ceramics[63-72]

Table 1. Electric properties of PMN-PT textured piezoelectric ceramics[63-72]

Table 2. Electric properties of PMN-PZ-PT textured piezoelectric ceramics[76-85]

Table 2. Electric properties of PMN-PZ-PT textured piezoelectric ceramics[76-85]

Table 3. Electric properties of ternary systems except the PMN-PZ-PT textured piezoelectric ceramics[40,48,57,59,86 -108]

Table 3. Electric properties of ternary systems except the PMN-PZ-PT textured piezoelectric ceramics[40,48,57,59,86 -108]

Table 1. Electric properties of PMN-PT textured piezoelectric ceramics^[63-72]

Table 1. Electric properties of PMN-PT textured piezoelectric ceramics^[63-72]

Table 2. Electric properties of PMN-PZ-PT textured piezoelectric ceramics^[76-85]

Table 2. Electric properties of PMN-PZ-PT textured piezoelectric ceramics^[76-85]

Table 3. Electric properties of ternary systems except the PMN-PZ-PT textured piezoelectric ceramics^{[40,48,57,59,86 -108]}

Table 3. Electric properties of ternary systems except the PMN-PZ-PT textured piezoelectric ceramics^{[40,48,57,59,86 -108]}