Sentence examples for electrical integrity of from inspiring English sources

Bending test is usually necessary to examine the structural and electrical integrity of the flexible supercapacitor device subject to different bending angles and cycles.

The electrical integrity of the nanogaps formed using this process is evaluated for a variety of multilayer thicknesses and electrodes widths.

The assembled architecture of CuO mesocrystals can favor the Li-ion transport and accommodate the volume change effectively, as well as possess the structural and chemical stability of bulk materials, while the entangled MWCNTs can maintain the structural and electrical integrity of the electrode during the cycles.

Our findings indicate that injected Pd2+ profoundly disturbs the electrical integrity of ventricular myocardium.

Preservation of the structural and electrical integrity of atrial myocardium is essential for the primary prevention of AF.

The excellent electrochemical performance can be attributed to the fact that the Si/rGO multilayer is reinforced by the nanostructured current collector and the formed amorphous carbon, which can maintain the structural and electrical integrities of the electrode.

The ischemically injured failing heart lacks contractile myocardium, functional vasculature, and electrical integrity, which has made treatment of the underlying injury untenable in the past.

Malfunctions in these studies were represented by connection system impairment, premature battery depletion, electromagnetic inhibition, spontaneous reprogramming, and inhibition by the pectoral muscle, and most of them could be attributed to electrical integrity impairment during explant and/or resterilization procedures.

St . Judeuses a material called Optim to insulate the component and preserve its electrical integrity.

These results clearly demonstrate that the polar AHP binder has capacity to maintain the electrical and mechanical integrity of S based cathodes upon deep galvanostatic cycling.

The electrical, optical, and structural integrity of flexible transparent electrodes is of paramount importance in the design and fabrication of optoelectronic devices such as organic light emitting diodes, liquid crystal displays, touch panels, solar cells, and solid-state lighting.