The electric field vs. polarization curves of PZT film as a

Faxin LI, Professor, PhD, Peking University, Beijing, PKU, College of Engineering

Reduce modulus vs. contact depth curves (A), and hardness vs. contact

PDF) Temperature Dependent Mechanical Property of PZT Film: An Investigation by Nanoindentation

Temperature Dependent Mechanical Property of PZT Film: An Investigation by Nanoindentation

Yingwei LI, Wuhan University, Wuhan, WHU

Faxin LI, Professor, PhD, Peking University, Beijing, PKU, College of Engineering

The electric field vs. polarization curves of PZT film as a function of

Temperature Dependent Mechanical Property of PZT Film: An Investigation by Nanoindentation

Faxin LI, Professor, PhD, Peking University, Beijing, PKU, College of Engineering

The load-depth curves of the PZT film composite as a function of

Temperature Dependent Mechanical Property of PZT Film: An Investigation by Nanoindentation

Quantitative d 33-related piezoresponse versus polarizing voltage

Quantitative d 33-related piezoresponse versus polarizing voltage

Reduce modulus vs. contact depth curves (A), and hardness vs. contact

The electric field vs. polarization curves of PZT film as a function of

Polarization curve with different parameters

Polarization curve of an alkaline electrolysis cell at different

Potentiodynamic polarization curves measured in 0.5 M NaCl for bare

PDF] Polarization Curve of a Non-Uniformly Aged PEM Fuel Cell

a) Polarization curves in the form of I = f(E) and (b) polarization