Sentence examples for accelerated aging testing from inspiring English sources

Keeping in view this aspect, the performance and degradation analysis studies of solar photovoltaic modules, accelerated aging testing under laboratory and outdoor field testing conditions, are reviewed.

The heat treatment brings about a better catalytic stability of the composite, and no obviously negative shift takes place for the half-wave potential of the ORR on the Ag-MnOx/C-300 composite after 1000 cycles accelerated aging test.

The accelerated aging test data shown in Fig. 3b demonstrates an aging time over 9000 h, which corresponds to ~100,000 h in a typical device's shelf life.

Accelerated aging test showed that the surfaces were thermally stable to approximately 300 400 °C.

To perform the calculation of the LCOE gain efficiency, accelerated aging tests and cost estimates are performed.

Finally, accelerated aging tests showed good capacity retention (> 80%) at 2.0 V during 110 hours for x[Pyrr][NO3] = 0.72, at 25 °C.

Additionally, the effect of aging on the delamination fracture energy is investigated by measuring the delamination fracture energy after 50 hrs' accelerated aging test.

The expectation is that they will be stable for long periods, but accelerated aging tests will need to be performed to confirm this.

Accelerated aging test is performed in a temperature and humidity chamber (35 °C, 95% relative humidity) and the heat-release characteristics are studied in detail by differential scanning calorimetry.

Recent accelerated aging tests have shown that bond degradation and FRP delamination are likely to occur in FRP-strengthened masonry components under hygrothermal conditions.

Further chronoamperometric measurement and accelerated aging test confirm the excellent electrochemical durability of Fe-N/S/B-C with the stable core shell structure.