Sentence examples for be attributed to electrical from inspiring English sources

The high cost can be attributed to electrical energy prices and the use of platinum group metals (PGMs) as catalysts to improve the efficiency for hydrogen generation [1, 3, 4, 5, 6].

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.

Approximately 95% of the environmental impact of CNC machining systems is attributed to electrical energy consumption during the utilization phase [5].

This high turn-on voltage (Von) can be attributed to the electrical injection that involves two barriers coming from the wire/Si and wire/tip interfaces in addition to the resistive behaviour of the Si substrate.

Overall, cyclic voltammograms revealed better electrochemical behaviour in the nitrogen doped carbon cathodes and the full picture can be attributed to improved electrical conductivity and increased active reaction surface area [26, 27, 28].

The high photo-response of DSC by use of N@ZrO2/TiO2 NFs can be attributed to enhanced electrical conductivity, which is studied via EIS, and presence of active sites of N.

The observed CH attack frequency reduction in our study is likely to be attributed to direct electrical stimulation of the SPG, indicating that acute stimulations may have prolonged clinical effects.

The increased mobility after introducing a C60 layer can be attributed to the improved electrical conductivity arising from the intermixing occurred at the C60/LiF interface.

The outstanding electrochemical performance of the graphene-modified LiNi0.8Co0.1Mn0.1O2 composite can be attributed to the improved electrical conductivity and structural stability due to the highly conductive graphene matrix.

Enhancement of efficiency after high temperature thermal treatment might be attributed to the improved electrical conductivities and higher catalytic activities, resulting from the reduction of GO.

Such superior capacitive performance may be attributed to the high electrical conductivity and redox pseudocapacitance, as well as intercalation pseudocapacitance, arising from the layered structure of the materials and the high crystallinity of nanowires.