Sentence examples for life cycle stability from inspiring English sources

Electrochemical studies showed that the NFCuMn electrode preserves long life cycle stability in addition to remarkable high-rate capability.

The electrochemical performance evinces the idiosyncratic architecture with highly mesoporous nature plays a prominent character in achieving high capacitance with superior life cycle stability.

Based on this unique structure, the 2D mesoporous microarrays exhibit excellent capacitance performance with high specific capacitance, good rate, and long life cycle stability.

Supercapacitors, which work on the basis of electrochemical double-layer capacitance and/or redox reactions, are an excellent energy storage system because of their high power-density, rapid charging/discharging capacity, and long life-cycle stability.

Ultracapacitors have numerous advantages including a remarkably high energy density as compared to conventional capacitors, long life cycle, temperature stability, and require no maintenance, which make them a good candidate to replace batteries as energy storage devices in renewable energy applications.

The Co3(PO4 2·4H2O/GF//C-FP PO4 2·4H2O/GF//C-FPd outstanding long life cycling stability of approximately 99% withybridegradevice up to 10000 cycleshowed

The cell also showed high coulombic efficiency of 94.9% with a long cycle life and good cycle stability making the nanomaterial suitable for constructing supercapacitor cell electrodes.

Simulation results show that A-TEEN further increases the energy efficiency, improves the network life cycle, and enhances the stability of routing and spectrum compared to TEEN.

A coastal structure is usually designed with the final objective to guarantee its functionality and stability throughout its life cycle.

Benefiting from the spinel structure of CCO nanoparticles and the synergistic effect from the bimetallic of Cu and Cr, the cycle stability and cycle life were certainly enhanced [17, 24, 32].

In the 2016 stability workshop, there was a dedicated section for analytical life cycle management and analytical quality by design for stability method development and validation.