Integrating thick/thin film sensors into component systems has emerged as a prevalent
approach for monitoring in extreme environments. However, traditional vapor deposition …

Micro-electro-mechanical systems (MEMS) technology has made it possible for the
semiconductor industry to construct systems and devices on silicon substrates …

A high-temperature thin/thick-film strain gauge (TFSG) shows development prospects for in
situ strain monitoring of hot-end components due to their small perturbations, no damage …

Thin-film sensors are essential for real-time monitoring of components in high-temperature
environments. Traditional fabrication methods often involve complicated fabrication steps or …

Polymer-derived ceramics (PDCs) find extensive applications as sensitive materials in in-
situ thin/thick film sensors (TFSs) co-fabricated with components. However, the prolonged …

Micro-cylindrical electronic devices represent a rapidly emerging class of electronics
distinguished by their unique geometries and superior mechanical properties. These …

The real-time monitoring of heat flux changes in hot-end components in harsh environments
is of great significance for safe operation and thermal protection design. Although many high …

With the rapid development in fields such as aerospace and intelligent firefighting, there are
increasing demands for flexible pressure sensors to exhibit enhanced temperature …

Monitoring high-temperature strain on curved components in harsh environments is a
challenge for a wide range of applications, including in aircraft engines, gas turbines, and …

Conformal printing of high-temperature thick-film sensors (TFSs) on intricate surfaces is
crucial for precise integration and enhanced functionality. However, traditional contact …