Microelectromechanical systems (MEMS)-based sample carriers became a breakthrough for
in situ inspection techniques, especially in transmission electron microscopy where the …

Low-dimensional materials are bringing significant innovations to in situ TEM
characterization. Here a new graphene microheater chip for TEM was developed by …

In this work we present our advanced in situ heating sample carrier for transmission electron
microscopy (TEM). The TEM is a powerful tool for materials characterization, especially …

The growing demand for the integration of functionalities on a single device is peaking with
the rise of IoT. We are near to having multiple sensors in portable and wearable …

The specific and excellent properties of the low-dimensional nanomaterials have made them
promising building blocks to be integrated into microelectromechanical systems with high …

Understanding how catalysts work during chemical reactions is crucial when developing
efficient catalytic materials. The dynamic processes involved are extremely sensitive to …

Conductometric gas sensors based on SMO films must be heated to temperatures up to
550° C in order to initiate the molecular adsorption process at the SMO film's surface. Very …

A nanoreactor‐based system for in situ analysis of solid–gas interactions inside the
transmission electron microscope, referred to as the 'climate system', is introduced here. The …

We present the development of a Nano-Reactor for in-situ studies of solid-gas interactions
inside the Transmission Electron Microscope (TEM). This MEMS-based device acts as a …

Before fabrication, sensors first must be designed, simulated, and optimized using modeling
and simulation tools in order to reduce the manufacturing costs associated with the …