Sentence examples for conductive components from inspiring English sources

Electrochemical cells contain electrically conductive components, which causes various problems if such a cell is analyzed during operation in an EPR resonator.

In addition to high photoacoustic image quality and small probe size, the proposed technology offers simple and inexpensive sensor fabrication, no moving parts at the distal end and improved safety for endoscopic use due to the absence of conductive components and biocompatibility.

Whereas the mechanical properties are sufficient as structural materials, its shielding effectiveness and prevention properties of microwave signal is insufficient due to the lack of electromagnetically conductive components.

As using wire EDM (WEDM) technology, complicated cuts can made through difficult to machine electrically conductive components, the cylindrical wire electrical discharge turning (CWEDT) process was developed to generate precise cylindrical forms on complicate, hard and difficult to machine materials.

Scanning electron microscope was employed to study the conductive network formed by two conductive components, which helped to illustrate the conductive mechanism of carbon fiber and carbon black inside the ECAs.

The most promising systems included highly conductive components paired with highly structural components, suggesting that improved multifunctionality may be achieved through interpenetrating multicomponent systems in which each component demonstrates high efficiency in a single property.

However, the mechanical properties of the conductive component often cause a decrease in elasticity when composites reach high electrical conductivities.

A novel piezo-damping composite was designed and fabricated by using cement/polymer as matrix, PZT ceramic as piezoelectric phase, and graphite as conductive component.

A miscible and electroactive polymer blend comprising polyaniline (PANI) as the conductive component and poly vinyl acetate) (PVAc) as the thermoplastic component was prepared and characterized.

The obtained results confirmed that AC is a potentially viable and robust binder-based conductive component for induced heating and healing of asphalt concrete.

The paste design is based on (i) a hydrophobic binder, (ii) hydrophobic graphite as conductive component, and (iii) a thin film of nanoparticulate with hydrophilic surface to provide sensitivity and selectivity.