Sentence examples for charge phase from inspiring English sources

However, copper is always oxidised to a variable extent depending on the particular electrolyte during the charge phase.

Adiabatic compressed air energy storage (A-CAES) systems typically compress air from ambient temperature in the charge phase and expand the air back to ambient temperature in the discharge phase.

In this work, we perform a comprehensive study of five phenomena of LiNi1-2xCoxMnxO2 (NCM) (x = 0 1/3) cathodes at the end of charge (phase reaction, crack propagation, Li-Ni exchange, phase transition, and oxygen evolution), using first-principle calculations within the DFT + U framework.

During the charge phase, i.e. during the daylight, there is no charge demand, so ( P_{text{c}} (t) ) is equal to zero.

The first phase was from the late Dongying depositional period to the early uplift period in the late Oligocene, while the second was from the late Minghuazhen period of the Pliocene to the Quaternary, with the first phase being the main hydrocarbon charge phase.

To avoid resonance oscillation, current reference profile has a rise time of about 200  s in order to guarantee a soft start charge phase while at the end of discharge phase the braking MOSFET turns on for the complete discharge of the load (a small voltage/current peak is visible almost at the end of the discharge phase).

Thermal energy is stored in the form of bond energy of sorption potential during the charging phase and the stored thermal energy is released in the form of heat energy and cold energy during the discharging phase.

Certain macroscopic effects such as coagulation of smaller grains into larger ones or fluffy aggregates can be affected during this initial grain charging phase.

Outdoor experiments are carried out to demonstrate the thermal performance of the purposed systems under various scenarios including the charging phase and the overnight heat loss as proposed by Chinese National Standard CNS 7277-12558 [1].

The results show that the natural convection is the main heat transfer mechanism during the charging phase, with a higher system efficiency for the un-finned collector by about 14% due to the high average temperature of the PCM.

The charging phase in this work is a dehydration process with constant heating rate decomposing salt hydrates as chemical components resulting in the obtention of a less hydrated or anhydrous form and, at the same time, storing the released heat (energy storage).