Polymer-derived ceramic nanocomposites (PDC-NCs) are promising materials for high-
temperature thin-film sensor (TFS) applications. However, owing to their inherent high …

Very few thin-film strain gauges (TFSGs) that exhibit temperature self-compensation have
been developed. Their temperature insensitivity range is typically< 100° C, and they cannot …

Typical high-temperature thin-film sensors are fabricated by layer-by-layer deposition and
layer-by-layer sintering, which are time and energy consuming. In this study, thin-film strain …

With the flourishing development in space exploration and human motion detection, the
wide-temperature flexible pressure sensors are urgently required in various complex …

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 …

The vein–membrane structure inspired by insect wings is applied to the artificial structural
design of materials, with the aim of enhancing the intrinsic low strain tolerance and bonding …

This article presents a pioneering use of thin-film solder joint in the electrical interconnection
of high-temperature thin-film sensors (TFSs), which aims to improve the low tolerance of …

The in situ free carbon formation in polymer-derived ceramics (PDCs) is essential for its
microstructure evolution and resulting unique characteristics. This study advances the …

Polymer-derived ceramics (PDCs) are increasingly recognized as promising materials for
high-temperature thin/thick film sensors (HTTFSs). However, a large linewidth and poor …

Accurately acquiring crucial data on tube furnaces and real-time temperature monitoring of
different temperature zones is vital for material synthesis technology in production. However …