move quickly and violently; "The car tore down the street"; "He came charging into my office"
Monopolar charge AToS considers that all massbound charges (whether leptonic or hadronic) are monopolar AToS links charge polarity to the orientation of the spin of mass-energy with respect to forward motion, ie with respect to the coupling of kinetic energy to that mass-energy that serves as charge carrier Massbound charges can be positive or negative - hence in the world of light leptons, electrons can be negatrons or positrons, whereas in the world of the hadron, we have, with respect to Matter, essentially protons and antiprotons A flux of negatrons, for example, is a homopolar flux because it is a flux of monopolar charges having identical polarity (hence homopolar generators are DC generators, and all DC motors are in a sense homopolar motors) All ion fluxes are monopolar fluxes
to make a rush at or sudden attack upon, as in battle; "he saw Jess charging at him with a pitchfork"
If you charge towards someone or something, you move quickly and aggressively towards them. He charged through the door to my mother's office He ordered us to charge. a charging bull. Charge is also a noun. a bayonet charge
demand payment; "Will I get charged for this service?"; "We were billed for 4 nights in the hotel, although we stayed only 3 nights"
A fundamental unit (Coulomb) to quantify an electrical phenomena A material's (e g , metal, plastic, air, etc ) net charge, relative to an external reference point, can be neutral, positive or negative depending on the distribution of its charged particles (free electrons, atomic ions, molecular ions, etc ) The ability for a material to store a charge refers to it's capacitance When charging a capacitor or battery, some of the charges from one plate move to the other and the total number of charges within the device as a whole does not change Note: A charged capacitor has a lot more energy than an uncharged one, but exactly the same net-charge and quantity of + and - particles