The phrase 'capacity of charge' can be used in written English.
It is typically used to refer to the maximum amount of energy or power that an object is able to take on or store. For example, "The battery has a capacity of charge of 2500 mAh, so it will last a long time."
In fact, early work in this field (reviewed in [ 5]) mainly evaluated the reaction center capacity of charge separation: for PSII this is easily affected by light treatments, while for PSI this occurs only under extreme conditions, as discussed above.
Very interestingly, however, the PSI capacity of charge separation showed a different behavior: in fact, initially it was not affected at all and started decreasing only after 60 minutes of treatment, when 30% of total PSI Chls were already bleached.
Johann Wilhelm Hittorf, (born March 27 , 1824 Bonn, Prussia [now in Germany] died Nov. 28, 1914, Münster, Ger)., German physicist who first computed the electricity-carrying capacity of charged atoms and molecules (ions), an important factor in understanding electrochemical reactions.
March 27 , 1824Bonn November 28, 1914 Münster, Germany Johann Wilhelm Hittorf, (born March 27 , 1824 Bonn, Prussia [now in Germany] died Nov. 28, 1914, Münster, Ger.) German physicist who first computed the electricity-carrying capacity of charged atoms and molecules (ions), an important factor in understanding electrochemical reactions.
It measures the service capacity of charging stations, and is influenced by the traffic network and traffic flows. .
These serve as anchors in the water/lipid interface and allow enhancing the loading capacity of charged active molecules.
Various factors involving CO2 adsorption capacity, migration of charge carriers to the surface, and the number of activity sites, which depend on the amount of added MgO, determine the photocatalytic conversion efficiency.
The complete model for the sizing of complete PV system has been presented to determine the required PV power rating, battery storage capacity, size of charge controller and inverter to fulfill the required load.
The asset includes all the physical and data attributes of the vehicle, such as location, battery capacity, state of charge, maximum charge rate.
In the no-control case, the PEV begins charging at the ({bar{H}},hbox {MW}) capacity of the charger immediately and finishes charging in hour (e_v), as defined in (21).
As the overall extent of electrochromic reaction involved in an ECD is limited by the electrode with a lower charge capacity, the effect of charge capacity ratio on the optical attenuation range can be predicted.
