Sentence examples for electrical disconnection from inspiring English sources

However, a disadvantage of nanopillar structures is the electrical disconnection to individual nanopillars.

TSVs with Cu filling failure caused by the sponge-like defects at 30 μm × 150 μm TSV, as shown in Fig. 15, may cause electrical disconnection as well.

This detrimental phenomenon has been attributed to the aggregation of active nanograins [18], eventually leading to the electrical disconnection of active materials to current collector or conductive additives.

However, successful applications of Si anode have been impeded by rapid capacity fading caused by large volume expansion (pulverization and subsequent electrical disconnection) during lithiation/delithiation and low ionic/electronic conductivity.

This is due to the uniform particle size and amorphous carbon layer that effectively reduces anisotropic volume expansion and also minimizes particle aggregation and pulverization that causes a direct electrical disconnection with the copper current collector.

The cathode materials with special structure and morphology could increase their specific capacity and cycling performance, aiming to overcome the mechanical strain arising from the huge volume variation and the particle agglomerations during the charge/discharge processes of lithium-ion battery, which results in the increased diffusion lengths and serious electrical disconnection [3, 14, 15].

On these substrates, there are open faults in the wiring, which are electrical disconnections.

Time variations have a twofold origin: long-term changes because of the connection or disconnection of electrical devices, and short-term changes caused by the time-variant behavior of the impedance and the noise emitted by the electrical devices [5].

The WorldCom fund has helped 138 families and averted four evictions and two threatened disconnections of electrical service, Ms. Lee said.

This suggests that the three-dimensionally interconnected architecture of the CNT networks in the conductor is greatly helpful for retaining the electrical performance by preventing complete disconnection of the conductive networks, even under relatively high strains.

Electrical isolation of the pulmonary veins and disconnection of the left atrial musculature from their arrhythmogenic effects is the cornerstone of definitive and curative treatment in patients with symptomatic recurrent paroxysmal atrial fibrillation that is refractory to antiarrhythmic therapy.