Sentence examples for coating exposure from inspiring English sources

After the coating exposure at 700 °C, delamination of the coatings occurred mainly due to the volume change, which took place as result of an intensive oxidation process of the unreactive zirconium microdroplet particles, previously found in various parts of their surface.

A sacrificial layer of thickness up to 90 μm was realized by a single coating, exposure and development.

The process steps in PCB fabrication include laminate core fabrication, resist coating, exposure, development, copper etch, resist strip, oxide treatment, lamination, drilling, desmear and copper plating, and solder masking.

By coordinating the masked patterns as the template for etching on the Multi-Touch Screens ITO thin membrane layer with pattern-like micro-fine lines, it simplifies the previous metal etching's multilevel processes (the photoresist coating, exposure, imaging, etching of the photoresist and so forth) into a simple one-step process (mask-based electrochemical etching).

Obviously, the discrepancy in the results cannot be explained solely by the differences between in vitro and in vivo data but also by the characteristics of the used nanoparticles (size, coating), exposure duration and sensitivity of the detection methods.

Moreover, HSQ is unstable, and so spin coating, baking, exposure, and development must be done quickly (yet, this is not possible if the exposure time is long) [16].

One major finding of this coating after exposure to 900 °C is the interruption of the c-AlN layers at the grain boundaries (GBs).

Furthermore, there was no detectable corrosion under an intact coating after exposure for this coating system, with the caveat that each thin foil represented an extremely localized interfacial region.

Microstructural evolution of the coating during exposure showed inward diffusion of nickel into the coating, resulting in fine Ge3Ni5 precipitates, whose formation will be discussed based on the ternary phase diagram of Al-Ge-Ni.

The results are interpreted in terms of the phase transformations which occur in the bond coats during exposure at elevated temperatures and the corresponding effects on their oxidation behavior.

The addition of AA led to gradual increase in the zeta potential of the nanoparticles over 0.5 to 1 h and to a higher aggregation tendency for erythrocytes due to the degradation of the HES-coat and exposure of the polyplexes' positive charge.