Sentence examples for the materials were performed using from inspiring English sources

FDTD simulations of the interactions between light and the materials were performed using a commercial program (FDTD solutions, Version 8, Lumerical Solutions).

For comparative purposes, the design of the material was performed using two different synthesis pathways.

A qualitative content analysis of the material was performed using the software ATLAS.ti.

Characterization of the as-synthesized materials were performed using FE-SEM and XRD before and after 24 h of bio-mineralization.

Virus isolation for these materials was performed using standard procedures.

This may also be a contributing factor to why 90% of the recorded tests for identification of specific allergens in this material were performed using the intradermal methodology, as serology testing might cost less and hence not be recorded.

The time resolved confocal fluorescence lifetime imaging microscopic (FLIM) investigations of the hybrid material were performed using the MicroTime 200 (PicoQuant, Germany) while flushing the different buffer solution (pH 7.0, 9.0, 11.0) with a tube and syringe manually through the microfluidic channel.

AFM imaging of the two nanocellulose materials was performed using a Dimension 3100 AFM (Bruker) and RTESPA probes (Bruker).

Three-dimensional reconstruction of general solid food materials was performed using a reverse engineering method based on a surface cross-sectional design.

Experiments on microtubes of 304 L stainless steel, which is a rate- and temperature-dependent material, were performed using a custom isothermal testing setup.

The characterization of the hybrid material was performed using transmission electron microscopy, scanning electron microscopy, energy-dispersive X-ray analysis, Fourier transform-infrared (FT-IR) spectroscopy and vibrating sample magnetometry.