Authors: Chang, Ziliang, Zhu, Mankang, Li, Yexin, Zheng, Mupeng, Hou, Yudong
Source: Journal of Applied Physics; 10/21/2023, Vol. 134 Issue 15, p1-9, 9p
Subject Terms: SOLID solutions, ELECTRIC breakdown, DIELECTRICS, ENERGY density, POWER density, RELAXOR ferroelectrics, ELECTRIC charge, ENERGY storage
Source: Journal of Applied Physics; 6/14/2023, Vol. 133 Issue 22, p1-9, 9p
Subject Terms: RELAXOR ferroelectrics, PIEZORESPONSE force microscopy, PHASE transitions, RIETVELD refinement, ELECTRICAL conductivity transitions, SPATIAL variation, PIEZOELECTRICITY, HYSTERESIS loop
Authors: Fan, Zhongming, Randall, Clive A.
Source: Journal of Applied Physics; 6/7/2023, Vol. 133 Issue 21, p1-8, 8p
Subject Terms: BISMUTH trioxide, BISMUTH oxides, RELAXOR ferroelectrics, BISMUTH titanate, FERROELECTRIC ceramics, PHASE transitions, TITANATES, FERROELECTRIC polymers
Authors: Guan, Shangyi, Wu, Xiaojun, Shi, Wei, Wu, Yutong, Xu, Hongfei, Lang, Rong, Chen, Yu, Tan, Zhi, Xing, Jie, Zhu, Jianguo, Chen, Qiang
Source: Journal of Applied Physics; 1/7/2023, Vol. 133 Issue 1, p1-8, 8p
Subject Terms: SOLID solutions, FERROELECTRIC crystals, ELECTRICAL resistivity, CURIE temperature, PIEZOELECTRICITY, PIEZOELECTRIC ceramics, RELAXOR ferroelectrics
Authors: Chen, Xin, Shvartsman, Vladimir V., Lupascu, Doru C., Zhang, Q. M.
Source: Journal of Applied Physics; 12/28/2022, Vol. 132 Issue 24, p1-12, 12p
Subject Terms: DIELECTRIC devices, PYROELECTRICITY, ELECTRIC breakdown, VOLTAGE, ELECTRIC fields, COOLING, RELAXOR ferroelectrics, FERROELECTRIC polymers
Authors: Jiang, Bo, Lin, De-Ye, Wang, Xin, Selbach, Sverre M., Page, Katharine
Source: Journal of Applied Physics; 12/14/2022, Vol. 132 Issue 22, p1-9, 9p
Subject Terms: MONTE Carlo method, DISTRIBUTION (Probability theory), INTRAMOLECULAR proton transfer reactions, RELAXOR ferroelectrics, DENSITY functional theory, SOLID solutions
Authors: Guo, Shuang, Zhang, Xiaolong, Wang, Bao, Wang, Yunfeng, Hu, Zhigao
Source: Journal of Applied Physics; 11/28/2022, Vol. 132 Issue 20, p1-8, 8p
Subject Terms: PHASE transitions, DIELECTRIC function, ELECTRONIC band structure, PHASE change memory, ELLIPSOMETRY, PHASE change materials, RELAXOR ferroelectrics, GALLIUM antimonide
Authors: Upadhyay, Ashutosh, Kumar, Naveen, Adhikary, Gobinda Das, Singh, Ram Prakash, Mishra, Anupam, Ranjan, Rajeev
Source: Journal of Applied Physics; 11/28/2022, Vol. 132 Issue 20, p1-6, 6p
Subject Terms: RELAXOR ferroelectrics, PIEZOELECTRIC materials, SINGLE crystals, STRAIN sensors, ELECTRIC fields, HYSTERESIS
Authors: Li, Kai, Zheng, Huashan, Qi, Xudong, Cong, Shan, Zhao, Zhenting, Zhao, Junfeng, Mei, Haijuan, Zhang, Duoduo, Sun, Enwei, Zheng, Limei, Gong, Weiping, Yang, Bin
Source: Crystals (2073-4352); Nov2023, Vol. 13 Issue 11, p1599, 12p
Accede al texto completo Authors: Ye, Wenhui, Yan, Bo, Ma, Jinxu, He, Qiang, An, Linan, Chen, Kepi
Source: Journal of the American Ceramic Society; Nov2023, Vol. 106 Issue 11, p6858-6867, 10p, 1 Black and White Photograph, 11 Graphs
Subject Terms: FERROELECTRIC ceramics, RELAXOR ferroelectrics, ENERGY storage, ENERGY density, CERAMICS
Authors: Huang, Yunyao, Shi, Wenjing, Jing, Ruiyi, Tran, Nguyen‐Minh‐An, Zhang, Haibo, Shur, Vladimir, Wei, Xiaoyong, Jin, Li
Source: Journal of the American Ceramic Society; Nov2023, Vol. 106 Issue 11, p6694-6704, 11p, 6 Graphs
Subject Terms: SOLID solutions, RELAXOR ferroelectrics, ELECTRIC fields, DIELECTRIC relaxation, CURIE temperature, PIEZOELECTRIC actuators, HIGH temperatures
Authors: Pattanakasem, Wiwat, Prasertpalichat, Sasipohn, Premwichit, Pathit, Vittayakorn, Naratip, Bongkarn, Theerachai
Source: Integrated Ferroelectrics; 2023, Vol. 239 Issue 1, p224-233, 10p
Subject Terms: RELAXOR ferroelectrics, LEAD-free ceramics, LANTHANUM, CERAMICS, RIETVELD refinement, HYSTERESIS loop, X-ray diffraction, LEAD titanate, BARIUM titanate
Source: Integrated Ferroelectrics; 2023, Vol. 239 Issue 1, p275-285, 11p
Subject Terms: FERROELECTRIC crystals, CRYSTAL structure, PIEZOELECTRIC ceramics, RELAXOR ferroelectrics, TRANSITION temperature, CHEMICAL formulas, BARIUM titanate
Authors: Toporovsky, Vladimir, Samarkin, Vadim, Kudryashov, Alexis, Galaktionov, Ilya, Panich, Alexander, Malykhin, Anatoliy
Source: Micromachines; Nov2023, Vol. 14 Issue 11, p2004, 17p
Subject Terms: DIELECTRIC loss, MODULAR design, ADAPTIVE optics, MIRRORS, PERMITTIVITY, SMART materials, RELAXOR ferroelectrics, ACTUATORS
Authors: Li, Yifeng, Liu, Jingsong, Zeng, Mengshi, Li, Huiqin, Chen, Jingjing, Tang, Bin
Source: Journal of Materials Science; Nov2023, Vol. 58 Issue 41, p16195-16207, 13p
Subject Terms: LEAD-free ceramics, ENERGY storage, FERROELECTRIC ceramics, TANTALUM, FERROELECTRIC capacitors, RELAXOR ferroelectrics, CERAMIC capacitors
Authors: Aggarwal, Kanika, Sharma, Madan, Kaur, Shubhpreet, Arora, Vishal, Sharma, Indu, Kumar, Rakesh, Singh, Anupinder
Source: Journal of Advanced Dielectrics; Oct2023, Vol. 13 Issue 5, p1-6, 6p
Authors: Yang, Diyan, Wu, Xiaojun, Wang, Xianya, Xue, Haoyue, Yin, Jie, Wu, Jiagang
Source: Journal of Applied Physics; 9/21/2022, Vol. 132 Issue 11, p1-12, 12p
Subject Terms: PIEZOELECTRICITY, LEAD titanate, RELAXOR ferroelectrics, ELECTRIC fields, FERROELECTRICITY
Authors: Huang, Yunyao, Zhang, Leiyang, Shi, Wenjing, Hu, Qingyuan, Shur, Vladimir, Wei, Xiaoyong, Jin, Li
Source: Journal of Materials Science & Technology; Dec2023, Vol. 165, p75-84, 10p
Subject Terms: RELAXOR ferroelectrics, FERROELECTRIC ceramics, FERROELECTRIC crystals, FERROELECTRIC materials, CERAMICS, PHASE transitions, PERMITTIVITY
Authors: Li, Yumin, Bian, Jianjiang
Source: International Journal of Applied Ceramic Technology; Jan2024, Vol. 21 Issue 1, p327-339, 13p
Subject Terms: ENERGY storage, RELAXOR ferroelectrics, OXYFLUORIDES, DIELECTRICS, ENERGY density, BAND gaps, LEAD titanate
Authors: He, Qiuwei, Schmid, Siegbert, Chen, Xue, Peng, Biaolin, Li, ChunChun, Hu, Changzheng, Liu, Laijun, Hinterstein, Manuel
Source: Journal of Applied Physics; 4/28/2022, Vol. 131 Issue 16, p1-10, 10p
Subject Terms: TUNGSTEN bronze, LEAD titanate, RELAXOR ferroelectrics, DIPOLE moments, FERROELECTRIC transitions, CERAMICS, FERROELECTRIC materials