Structure characterization of interior invisible single grain boundary by nanorobot pick-and-place grain in bulk ZnO under SEM
F Shen, N Cao, H Li, S Xie - Materials Letters, 2022 - Elsevier
In order to independently characterize invisible structure, a new approach is first creatively
proposed to express interior invisible single grain boundary using nanorobot pick-and-place …
proposed to express interior invisible single grain boundary using nanorobot pick-and-place …
Local three-dimensional characterization of nonlinear grain boundary length within bulk ZnO using nanorobot in SEM
F Shen, N Cao, H Li, Z Wu, S Xie, J Luo - Crystals, 2022 - mdpi.com
Aiming at the problems of lack of data on the nonlinear morphology to divide uneven grain
boundary in bulk ceramics, a unique approach of nanorobot-based characterization of three …
boundary in bulk ceramics, a unique approach of nanorobot-based characterization of three …
In-situ mapping characterization of structure and electrical property of grain boundary in polycrystalline ZnO using nanorobot in SEM
N Cao, F Shen - Ceramics International, 2023 - Elsevier
Different from the existing methods of individual characterization of structure or electrical
property, a unique approach for in-situ mapping characterization of single grain boundary …
property, a unique approach for in-situ mapping characterization of single grain boundary …
Nondestructive characterization of grain boundary Z‐directional lateral surface in ZnO using nanorobot combined with SEM
N Cao, F Shen, H Li, S Xie - Journal of the American Ceramic …, 2023 - Wiley Online Library
Different from focusing on grain boundary upper surface in plane X–Y, a unique approach of
nanorobot‐based nondestructive characterization of grain boundary Z‐directional lateral …
nanorobot‐based nondestructive characterization of grain boundary Z‐directional lateral …
High-Performing Polycrystalline MoS2-Based Microelectromechanical Piezoresistive Pressure Sensor
The research toward high-performing pressure sensors has been going on for more than
two decades, with the goal of improving key parameters, namely the high gauge factor (GF) …
two decades, with the goal of improving key parameters, namely the high gauge factor (GF) …
In-situ rapid nondestructive characterization of multiple irregular three-dimensional grain boundary structures and electrical properties by nanorobot with SEM in ZnO
N Cao, F Shen, H Li - Ceramics International, 2024 - Elsevier
To address the problem of spatial quantification of irregular grain boundaries, a unique
approach for the nondestructive characterization of multiple irregular three-dimensional …
approach for the nondestructive characterization of multiple irregular three-dimensional …
Effects of Schottky barrier height fluctuations on conductivity: Consequences on power-law response in tin oxide gas sensors
Potential barriers formed at the intergrain of polycrystalline metal-oxide semiconductors,
such as tin oxide, present fluctuations that are usually ignored in the study of gas sensors …
such as tin oxide, present fluctuations that are usually ignored in the study of gas sensors …