Sentence examples for compatible surface from inspiring English sources

The experimental results show that the MJP tool can realize a much higher material removal rate, together with compatible surface roughness to SJP.

It is demonstrated by fabricating the test structures of CMOS-process compatible surface micromachined bolometer using aluminum sacrificial layer with high yield and high throughput.

Because of chemically compatible surface modification of the nanofibers, better dispersion and improved mechanical properties were accomplished in the reinforced PAN fibers.

Present analyses show that a 2 cm or a 40 cm thick lithium layer can be established throughout the ARIES-RS reactor using a velocity of 10 m s−1 while operating under the plasma compatible surface temperature.

The experimental results confirm that the CFJP process can realize a high material removal rate and smooth surface with low energy consumption in the low-pressure environment, together with compatible surface roughness to FJP.

The hard turning process with advanced cutting tool materials has several advantages over grinding such as short cycle time, process flexibility, compatible surface roughness, higher material removal rate and less environment problems without the use of cutting fluid.

Titanium oxides are considered as blood compatible surfaces, however, it may be possible to improve the compatibility to the inner lining cells of blood vessels by addition of Ag which modifies the electronic properties of this oxide.

Fig. 4 shows only the vertices and edges of the different triangular meshes that were used to generate the networks of compatible surfaces strips.

Furthermore during the flat-top phase of a plasma pulse, the limiter has the same functions of a primary wall blanket module, namely: to provide a plasma-compatible surface, to withstand the radiation and charge particle flux, and to provide adequate shield to the structures behind.

Ueda et al.'s development of improved asymmetric membranes with a hemocompatible surface and a cell-compatible surface represented a major advance in the field.

In the absence of alternative surface characterisation technologies42, we were motivated to develop SMLM-compatible surfaces on which ligand spacing could be varied and directly measured after cells were seeded onto the surface.