Articles Citing

Inverse Melting of Polar Order in Chemically Substituted ${BaTiO}_{3}$

Yang Zhang^1,*, Suk Hyun Sung¹, Colin B. Clement ², Sang-Wook Cheong³, and Ismail El Baggari^1,†

¹The Rowland Institute at Harvard, Harvard University, Cambridge, Massachusetts 02138, USA
²Independent Researcher, Seattle, Washington 98052, USA
³Keck Center for Quantum Magnetism and Department of Physics and Astronomy, Piscataway, New Jersey 08854, USA

^*Contact author: yzhang6@fas.harvard.edu
^†Contact author: ielbaggari@fas.harvard.edu

Engineering Giant Strain in Bismuth Ferrite–Barium Titanate Relaxor Ferroelectrics via A-Site Driven Local Structural Disorder

Zhanpeng Li, Xiaoming Shi, Xianghong Zhou, Yuxuan Yang, Zhi Tan, Chao Wu, Qihang Tang, Yang Zhang, Haijun Wu, Ting Zheng, Shujun Zhang, and Jiagang Wu

Chem. Mater. 38 2030 (2026)

Effect of BaTiO3 particle size and distribution on the BaTiO3-3Y-TZP interface reactivity of bioactive ceramic composites

João Pinto, Michael Gasik, Óscar Carvalho, and Filipe S. Silva

Ceramics International 52 18587 (2026)

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Inverse Melting of Polar Order in Chemically Substituted ${BaTiO}_{3}$

Engineering Giant Strain in Bismuth Ferrite–Barium Titanate Relaxor Ferroelectrics via A-Site Driven Local Structural Disorder

Effect of BaTiO3 particle size and distribution on the BaTiO3-3Y-TZP interface reactivity of bioactive ceramic composites

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Articles Citing

Inverse Melting of Polar Order in Chemically Substituted BaTiO3

Engineering Giant Strain in Bismuth Ferrite–Barium Titanate Relaxor Ferroelectrics via A-Site Driven Local Structural Disorder

Effect of BaTiO3 particle size and distribution on the BaTiO3-3Y-TZP interface reactivity of bioactive ceramic composites

Inverse Melting of Polar Order in Chemically Substituted ${BaTiO}_{3}$