Structural behaviors of lead zirconate titanate-based ferroelectric ceramics during pyroelectric-power generation cycles.

Authors: Kawasaki, Takuro¹ (AUTHOR) takuro.kawasaki@j-parc.jp, Fukuda, Tatsuo² (AUTHOR), Yamanaka, Satoru³ (AUTHOR), Murayama, Ichiro³ (AUTHOR), Katou, Takanori³ (AUTHOR), Baba, Masaaki⁴ (AUTHOR), Hashimoto, Hideki⁵ (AUTHOR), Harjo, Stefanus¹ (AUTHOR), Aizawa, Kazuya¹ (AUTHOR), Tanaka, Hirohisa⁶ (AUTHOR), Takeda, Masatoshi⁴ (AUTHOR), Sekino, Tohru⁷ (AUTHOR), Nakayama, Tadachika⁸ (AUTHOR), Kim, Yoonho³ (AUTHOR)

Source: Journal of Applied Physics. 3/7/2025, Vol. 137 Issue 9, p1-7. 7p.

Subject Terms: *FERROELECTRIC ceramics, *NEUTRON diffraction, *ENERGY harvesting, *WASTE heat, *NEUTRON measurement

Microstructural Engineering of Ferroelectric and Electromechanical Properties in 0.65KBT-0.35BCZT Ceramics.

Authors: Al-Aaraji, Mohammed N.^1,2 (AUTHOR) mohammed.al_aaraji@uobabylon.edu.iq, Wang, Bing^3,4 (AUTHOR) kingsky1013@126.com, Feteira, Antonio⁵ (AUTHOR) a.feteira@shu.ac.uk, Hall, David A.² (AUTHOR) david.a.hall@manchester.ac.uk

Source: Materials (1996-1944). Feb2025, Vol. 18 Issue 3, p623. 16p.

Subject Terms: *FERROELECTRIC ceramics, *SOLID solutions, *ELECTROSTRICTION, *RELAXOR ferroelectrics, *CERAMICS, *MICROSTRUCTURE

Impact of Ce Doping on the Relaxor Behavior and Electrical Properties of Sr 0.4 Ba 0.6 Nb 2 O 6 Ferroelectric Ceramics.

Authors: Zhao, Yingying¹ (AUTHOR) liziao2024@163.com, Mao, Pu² (AUTHOR) pumao@nchu.edu.cn, Kang, Ruirui³ (AUTHOR) krr0121@xjtu.edu.cn, Li, Ziao¹ (AUTHOR), Kang, Fang⁴ (AUTHOR) yyzhao@xust.edu.cn

Source: Materials (1996-1944). Jan2025, Vol. 18 Issue 1, p74. 13p.

Subject Terms: *RARE earth metals, *FERROELECTRIC ceramics, *POLARIZATION (Electricity), *ENERGY storage, *ENERGY density, *TUNGSTEN bronze

Grain orientation and shape evolution of ferroelectric ceramic thick films simulated by phase-field method.

Authors: Zhang, Yongmei^1,2 (AUTHOR) zhangyongmei_2004@163.com, Li, Qingshu¹ (AUTHOR), Yue, Qidong¹ (AUTHOR), Wang, Ping¹ (AUTHOR), Liu, Zhenyu² (AUTHOR) lzysyb@126.com

Source: Scientific Reports. 7/16/2024, Vol. 14 Issue 1, p1-12. 12p.

Subject Terms: *FERROELECTRIC ceramics, *THICK films, *GRAIN, *PARTICLE size distribution, *CERAMIC materials, *CRYSTAL grain boundaries

Large electrocaloric effect and wide working area in the transition from ferroelectric to nanodomains.

Authors: Feng, Haoran¹ (AUTHOR), Hao, Minghui¹ (AUTHOR), Wu, Guanghua¹ (AUTHOR), Zheng, Ying¹ (AUTHOR), Yang, Lishun¹ (AUTHOR), Liu, Xin¹ (AUTHOR), Zhao, Yiwen² (AUTHOR), Liu, Xiaoyan² (AUTHOR) xyliu@cqust.edu.cn, Zhang, Haibo^3,4 (AUTHOR) hbzhang@hust.edu.cn, Liu, Gang¹ (AUTHOR) liugang13@swu.edu.cn

Source: Journal of the American Ceramic Society. Jul2024, Vol. 107 Issue 7, p4777-4788. 12p.

Subject Terms: *PYROELECTRICITY, *FERROELECTRIC ceramics, *FERROELECTRIC transitions, *LEAD-free ceramics, *ADIABATIC temperature, *BARIUM titanate, *ELECTRIC fields

Enhanced dielectric reliability in the X9R‐type Bi1/2Na1/2TiO3‐CaZrO3 relaxor ferroelectric ceramics.

Authors: Lee, Ju‐Hyeon¹ (AUTHOR), Yeo, Tae‐Soo¹ (AUTHOR), Jo, Wook¹ (AUTHOR) wookjo@unist.ac.kr

Source: Journal of the American Ceramic Society. Jun2024, Vol. 107 Issue 6, p4252-4262. 11p.

Subject Terms: *FERROELECTRIC ceramics, *DIELECTRIC strength, *DIELECTRIC materials, *DIELECTRICS, *RELAXOR ferroelectrics, *DIELECTRIC breakdown

Correlation between ferroelectric domain size and grain size in ferroelectric ceramics: A phase-field study.

Authors: Xie, Yichen¹, Tian, Ben¹, Ke, Xiaoqin¹, kexiaoqin@mail.xjtu.edu.cn

Source: Journal of Applied Physics; 3/14/2025, Vol. 137 Issue 10, p1-8, 8p

Investigation of structural, dielectric and ferroelectric properties of nickel substituted BST ceramics.

Authors: Choudhary, Radhika¹ (AUTHOR), Singh, Vishal² (AUTHOR), Singh, Ajay³ (AUTHOR), Sachdev, Surbhi¹ (AUTHOR), Kumar, Parveen¹ (AUTHOR) parveenpaliwal@gmail.com

Source: Phase Transitions. Mar2024, Vol. 97 Issue 3, p131-144. 14p.

Subject Terms: *DIELECTRIC properties, *FERROELECTRIC ceramics, *DIELECTRIC loss, *SCANNING electron microscopes, *PERMITTIVITY, *CERAMICS, *X-ray diffraction, *LEAD titanate

Optimizing dielectric energy storage properties of BNT-based relaxor ferroelectric ceramics modified via Ba0.4Sr0.6TiO3.

Authors: Zhu, Wen¹ (AUTHOR), Shen, Zong-Yang¹ (AUTHOR) shenzongyang@163.com

Source: Journal of Materials Science. Feb2024, Vol. 59 Issue 7, p2998-3008. 11p.

Subject Terms: *FERROELECTRIC ceramics, *ENERGY storage, *RELAXOR ferroelectrics, *CERAMICS, *CERAMIC capacitors, *DIELECTRICS, *ENERGY density, *STRONTIUM, *LEAD titanate

Effect of ZnSnO3 on dielectric and ferroelectric properties of Sr2Bi4Ti5O18 ceramics.

Authors: Bhimireddi, Rajasekhar^1,2 (AUTHOR) rsbreddi@gmail.com, Dhavala, Lokeswararao³ (AUTHOR), Shet, Tukaram⁴ (AUTHOR), Sadhu, Sai Pavan Prashanth⁵ (AUTHOR) saiprashanth@iiitdm.ac.in, Kandula, Kumara Raja⁶ (AUTHOR), Ansari, Anees A.⁷ (AUTHOR), Padarti, Jeevan Kumar⁸ (AUTHOR)

Source: Journal of the American Ceramic Society. Feb2024, Vol. 107 Issue 2, p984-994. 11p.

Subject Terms: *FERROELECTRIC ceramics, *CERAMICS, *NONVOLATILE random-access memory, *DIELECTRIC properties, *BISMUTH, *CERAMIC materials, *FERROELECTRIC devices, *STRAY currents, *LEAD titanate

Image technology assisted phase-field simulation of grain growth in ferroelectric ceramics.

Authors: Zhang, Yongmei^1,2 (AUTHOR) zhangyongmei_2004@163.com, Yang, Zhichao¹ (AUTHOR), Wu, Xuekui¹ (AUTHOR), Zhang, Kai¹ (AUTHOR), Yang, Shuhui¹ (AUTHOR), Liu, Liangliang^1,3 (AUTHOR) liuliangliang@tyut.edu.cn, Liu, Zhenyu² (AUTHOR)

Source: Ceramics International. Mar2025, Vol. 51 Issue 8, p10939-10943. 5p.

Subject Terms: *FERROELECTRIC ceramics, *RAW materials, *LARGE deviations (Mathematics), *SCANNING electron microscopy, *COMPUTER simulation

Selective forming process for microstructures engineering of BST-based ceramics to achieve promoted electrocaloric performance.

Authors: Tang, Silin¹ (AUTHOR), Huan, Changmeng¹ (AUTHOR), Zhou, Xiaoyu¹ (AUTHOR), Lu, Zihan¹ (AUTHOR), Meng, Yingzhi² (AUTHOR), Liu, Laijun^1,2 (AUTHOR) ljliu2@163.com, Ke, Qingqing¹ (AUTHOR) keqingq@mail.sysu.edu.cn

Source: Ceramics International. Mar2025, Vol. 51 Issue 8, p10174-10183. 10p.

Subject Terms: *FERROELECTRIC ceramics, *CERAMIC engineering, *ISOSTATIC pressing, *MICROSTRUCTURE, *CERAMICS

Tailoring the structural, dielectric and ferroelectric properties of the textured bismuth titanate ceramics by rare earth element substitution towards energy storage applications.

Authors: Mitra, Priyanka¹ (AUTHOR), Venkataraman, B. Harihara¹ (AUTHOR) hari@hyderabad.bits-pilani.ac.in

Source: Ceramics International. Mar2025, Vol. 51 Issue 6, p8022-8033. 12p.

Subject Terms: *RARE earth metals, *FERROELECTRIC ceramics, *BISMUTH titanate, *DIELECTRIC loss, *DIELECTRIC properties, *BISMUTH, *SAMARIUM

A Multifunctional Lead-Free Ferroelectric Transparent Ceramic (K0.5Na0.5)NbO3 Modified by Sr(Bi0.5Nb0.5)O3 with High Transmittance.

Authors: Yu, Chengjian¹, Liu, Haonan¹, Wang, Liwen¹, Liu, Kaishuo¹, Wang, Hua^1,2, wh65@tom.com, Xu, Jiwen^1,2, Yang, Ling¹, Qiu, Wei¹

Source: Journal of Electronic Materials; Aug2024, Vol. 53 Issue 8, p4671-4681, 11p

Novel high-TC piezo-/ferroelectric ceramics based on a medium-entropy morphotropic phase boundary design strategy.

Authors: Shao, Zhenjun¹, Liu, Zenghui^1,2, liu.z.h@xjtu.edu.cn, Cao, Yunjian¹, Li, Hao¹, Xu, Jun¹, Zhu, Jingchao¹, Wang, Liang¹, Niu, Gang^1,2, Ren, Wei^1,2, Ye, Zuo-Guang³

Source: Journal of Applied Physics; 1/14/2025, Vol. 137 Issue 2, p1-9, 9p

Novel high-TC piezo-/ferroelectric ceramics based on a medium-entropy morphotropic phase boundary design strategy.

Authors: Shao, Zhenjun, Liu, Zenghui, Cao, Yunjian, Li, Hao, Xu, Jun, Zhu, Jingchao, Wang, Liang, Niu, Gang, Ren, Wei, Ye, Zuo-Guang

Source: Journal of Applied Physics; 1/14/2025, Vol. 137 Issue 2, p1-9, 9p

Subject Terms: MORPHOTROPIC phase boundaries, PIEZOELECTRIC ceramics, CURIE temperature, SCANNING electron microscopy, CRYSTAL structure, FERROELECTRIC ceramics

Dielectric Temperature Stability and Enhanced Energy-Storage Performance of Sr 0.4 Ba 0.6 (Zr 0.2 Ti 0.2 Sn 0.2 Ta 0.2 Nb 0.2) 2 O 6 High-Entropy Ferroelectric Ceramics.

Authors: Zhao, Yingying¹, liziao2024@163.comyyzhao@xust.edu.cn, Li, Ziao¹, 18691427276@163.com, Yang, Shiqiang¹, Mao, Pu², pumao@nchu.edu.cn, Kang, Ruirui³, yyzhao@xust.edu.cn

Source: Crystals (2073-4352); Jan2025, Vol. 15 Issue 1, p26, 13p

Structural, dielectric, impedance, and ferroelectric studies of LiNbO3-doped K0.5Na0.5NbO3 ceramics.

Authors: Kumar, Raju^1,2, Singh, Satyendra¹, satyambd@gmail.com

Source: Journal of Applied Physics; 12/7/2024, Vol. 136 Issue 21, p1-9, 9p

Structural, dielectric, impedance, and ferroelectric studies of LiNbO3-doped K0.5Na0.5NbO3 ceramics.

Authors: Kumar, Raju, Singh, Satyendra

Source: Journal of Applied Physics; 12/7/2024, Vol. 136 Issue 21, p1-9, 9p

Subject Terms: FERROELECTRIC materials, PERMITTIVITY, DIELECTRIC materials, FERROELECTRIC crystals, ACTIVATION energy, FERROELECTRIC ceramics

Mn-Doped NaNbO 3/ Na 0.5 Bi 0.5 TiO 3 Lead-Free Ferroelectric Ceramics with Enhanced Energy Storage Performance.

Authors: Zhang, Yangyang¹, yyzhang@hhstu.edu.cn, Li, Hui¹, leehui@hhstu.edu.cn, Wang, Erping¹, epwang@hhstu.edu.cn, Gao, Jingxia¹, gjx0501@hhstu.edu.cn, Yue, Liqin¹, 16696177380@163.comyueliqin@hhstu.edu.cn, Zhao, Miao¹, Zhang, Ling², yueliqin@hhstu.edu.cn

Source: Coatings (2079-6412); Nov2024, Vol. 14 Issue 11, p1392, 7p