Sentence examples for overcharge test from inspiring English sources

Overcharge test indicates that this composite has excellent safety performances.

The batteries can safely pass CC overcharge test at 0.25C to 10 V, and then about 80% batteries can also pass CV overcharge test.

The overcharge test also showed that the batteries with sulfur composite were destroyed when the upper cut-off voltage was over 3.6 V.

Whereas, with increasing the CC currents to 0.33C, 0.5C, and 1C, about 50%, 30%, and 10% batteries can directly pass the overcharge test at the CC step, and then about 20%, 10%, and 0% batteries approach 10 V and subsequent pass CV overcharge test, respectively.

The overcharge test showed that the composite cannot be charged over 4.0 V, the voltage always stopped at about 3.9 V during charging, indicating that the composite presented the intrinsic safety for the overcharge of lithium batteries.

Furthermore, the (LTO-1)/LiMn2O4 full battery demonstrated a good cycling performance at 55 °C and could pass the 5 C–20 V overcharge test, external short-circuit and nail-puncture test.

The oven and overcharge tests and other electrochemical testing methods were performed to test the reliability of the protection provided by the TCEP and CHB of the high temperature and overcharge safety and the effect of the additives on the electrochemical performance.

During the Volt development the lithium-ion battery pack was subjected to a wide range of tests, including overcharge, discharge, vibration, excessive heat and cold, short circuit, humidity, fire, crush, water immersion, salt water immersion, and nail penetration.

Buzzfeed investigated overdose deaths, kickbacks and overcharging for urine testing in Delray Beach, Florida "sober living" homes, which were also the subject of 2014 FBI and IRS investigations.

Results on batteries tested under a range of overcharge conditions and temperatures are presented to illustrate these effects.

A potential-sensitive separator is prepared by incorporating an electroactive poly 4-methoxytriphenylaminee) (PMOTPA) into the micropores of a commercial porous polyolefin film and tested as an internal voltage control device for overcharge protection of LiFePO4/Li4Ti5O12 lithium ion batteries.