cycle life การใช้

• FRP springs are advertised as having exceptional cycle life and corrosion resistance.
• Other times it's a way of expressing the cycles life tends to follow.
• In 2012 researchers announced a prototype using silicon nanowires to improve cycle life.
• However, these suffered from alloy instability in alkaline electrolyte and consequently insufficient cycle life.
• CNTs provide increased electrical connectivity and mechanical integrity, which enhances rate capability and cycle life.
• PowerGenix has developed 1.6 V batteries with claimed battery cycle life comparable to NiCd batteries.
• UltraBattery had about 1.8 times more capacity turnover, and therefore cycle life, than a conventional VRLA battery.
• The battery technology offered an improved cycle life, lighter weight, wider operating temperature range and true maintenance-free design.
• Reducing the anode architecture to the nanoscale offers advantages, including improved cycle life and reduced crack propagation and failure.
• The computer controlled charging and discharging of the battery enhances its cycle life, calendar life, and thermal control performance.
• Cells may be operated with the plates horizontal ( " pancake " style ), which may improve cycle life.
• Furthermore, the reversibility on these transition metal electrodes is excellent, with a cycle life of more than several hundred-thousand cycles.
• When comparing NiZn to other battery technologies, cycle life comparisons may vary depending on the discharge rate and depth of discharge used.
• This variation made possible to increase the battery performance, i . e . the energy density, the cycle life and other characteristics.
• However, the areal power and cycle life of lithium oxygen air batteries need significant improvements before they can find any competitive market niche.
• Battery cycle life is most commonly specified at a discharge depth of 80 percent of rated capacity and assuming a one-hour discharge current rate.
• Historically, issues related to dendrite formation at the anode and the absence of a long-life bifunctional air-cathode have limited the cycle life of zinc-air systems.
• Rechargeable cells have a finite charge / discharge cycle life, and when the cells wear out it may be difficult for the consumer to replace them.
• They are important to batteries because their structure and properties considerably affect the battery performance, including the batteries energy and power densities, cycle life, and safety.
• Thus, the standard cycle life that can be expected out of a laser etched plate is quite low ( 10, 000 impressions on the high end ).