Items where Author is "Xu, Fangfang"

LU, Zhilun, WANG, Ge, LI, Linhao, HUANG, Yuhe, FETEIRA, Antonio, BAO, Weichao, KLEPPE, Annette K., XU, Fangfang, WANG, Dawei and REANEY, Ian M. (2021). In situ poling X-ray diffraction studies of lead-free BiFeO3–SrTiO3 ceramics. Materials Today Physics, 19. [Article]

JI, Hongfen, WANG, Dawei, BAO, Weichao, LU, Zhilun, WANG, Ge, YANG, Huijing, MOSTAED, Ali, LI, Linhao, FETEIRA, Antonio, SUN, Shikuan, XU, Fangfang, LI, Dejun, MA, Chao-Jie, LIU, Shu-Yu and REANEY, Ian (2021). Ultrahigh energy density in short-range tilted NBT-based lead-free multilayer ceramic capacitors by nanodomain percolation. Energy Storage Materials. [Article]

LU, Zhilun, BAO, Weichao, WANG, Ge, SUN, Shi-Kuan, LI, Linhao, LI, Jinglei, YANG, Huijing, JI, Hongfen, FETEIRA, Antonio, LI, Dejun, XU, Fangfang, KLEPPE, Annette K, WANG, Dawei, LIU, Shi-Yu and REANEY, Ian M (2021). Mechanism of enhanced energy storage density in AgNbO3-based lead-free antiferroelectrics. Nano Energy, 79, p. 105423. [Article]

YANG, Hui-Jing, LU, Zhilun, LI, Linhao, BAO, Weichao, JI, Hongfen, LI, Jinglei, FETEIRA, Antonio, XU, Fangfang, ZHANG, Yong, SUN, Huajun, HUANG, Zhichao, LOU, Weichao, SONG, Kaixin, SUN, Shikuan, WANG, Ge, WANG, Dawei and REANEY, Ian M (2020). Novel BaTiO3-based, Ag/Pd compatible lead-free relaxors with superior energy storage performance. ACS Applied Materials and Interfaces. [Article]

LU, Zhilun, WANG, Ge, BAO, Weichao, LI, Jinglei, LI, Linhao, MOSTAED, Ali, YANG, Huijing, JI, Hongfen, LI, Dejun, ANDRE QUADROS DA CUNHA FETEIRA, Antonio, XU, Fangfang, SINCLAIR, Derek C, WANG, Dawei, LIU, Shi-Yu and REANEY, Ian M (2020). Superior energy density through tailored dopant strategies in multilayer ceramic capacitors. Energy and Environmental Science. [Article]

LU, Zhilun, WANG, Ge, BAO, Weichao, LI, Jinglei, LI, Linhao, MOSTAED, Ali, YANG, Huijing, JI, Hongfen, LI, Dejun, FETEIRA, Antonio, XU, Fangfang, SINCLAIR, Derek C., WANG, Dawei, LIU, Shi-Yu and REANEY, Ian M (2020). Superior energy density through tailored dopant strategies in multilayer ceramic capacitors. Energy & Environmental Science. [Article]