Sentence examples for processes can be utilized from inspiring English sources

Laser-based additive manufacturing (LBAM) processes can be utilized to generate functional parts (or prototypes) from the ground-up via layer-wise cladding – providing an opportunity to generate complex-shaped, functionally graded or custom-tailored parts that can be utilized for a variety of engineering applications.

In this case animal model data for specific cellular responses and functional processes can be utilized and compared with marker expression in samples of hippocampal and cortical human brain tissue obtained from nondemented (ND) controls and AD individuals.

The process can be utilized in various types of 3-D structure fabrication processes including surface feature generation and transducer formation on vertical sidewall of the channel or structure.

The obtained results permit to assess that the tuned FEM model of the FSW process can be utilized as an effective design tool.

The HSSJE process can be utilized for maskless fabrication of metallic micro features for micro electro mechanical systems (MEMS) and other applications.

Liquid phase exfoliation along with the centrifugation process can be utilized for size-selected graphene dispersions in large quantities [6, 7] so that large aspect ratio graphene nanosheets (GNS) can readily be dispersed in polymer solutions.

This process can be utilized to enhance the absorption of light due to enhancing the back surface reflectance and path length of light and reduction in front surface reflection.

When processing boron-doped p-type high-resistivity Czochralski Silicon (Cz-Si), the Thermal Donor (TD) generation process can be utilized in order to produce p+/n−/n+ detectors.

If the starting material is boron-doped p-type high-resistivity Czochralski silicon, the thermal donor generation process can be utilized in order to produce p+/n−/n+ detectors.

This process can be utilized to validate and illustrate that the fluorescent nanocolloids were effectively trapped into the bead-bead gaps of the assembled microparticles due to the amplified positive DEP force and also were trapped on the local surface of the microparticles.

It is increasingly recognized that halogen bonding occurs in various biological systems and processes, and can be utilized effectively in drug design [21, 22].