Sentence examples for distribution of electrical charges from inspiring English sources
In fact, electrically neutral liquids have a distribution of electrical charges near a surface because of a charged surface.
In a ferroelectric substance, one side of the material has a positive electrical charge and the other a negative charge, created through an uneven distribution of electrical charges in its constituent atoms or molecules.
The electric double layer is always formed at any interface by the unequal distribution of electrical charges between two phases which causes one side of the interface to acquire a net charge of a particular sign and the other side to acquire a net charge of the opposite sign, giving rise to a potential across the interface.
This mean generalises not only logarithmic mean (when s = − 1 ), which is particularly useful in distribution of electrical charge of a conductor, but also arithmetic mean (when s = 1 ) and geometric mean (when s = − 2 ).
Assuming that [CO3] is small, Eqn 1 may be re-expressed: Similarly, the distribution of electrical charge may be expressed as follows: Where SID+ is the 'strong ion difference' and is the average charge per molecule of species i.
The traditional model of acid base balance in plasma is based on the distribution of proton acceptor sites (Eqn 1), whereas the Stewart model is based on the distribution of electrical charge (Eqn 2).
Eqn 3 (below) indicates that, in a system, the net amount of electrical charges due to the strong ions is equal to the net electrical charge of the system at time zero plus the net electrical charge added as a result of metabolism plus the net electrical charge added with volume infusion minus the net electrical charge extracted via urine.
The position and distribution of the electrical charges on the nanofibers will be fed into computerized fluid dynamics algorithms developed by Andrey Kutznetsov of NC State to predict the trajectory of the nanoparticles challenging the filter.
A tandem differential mobility analyzer (DMA) is used to measure selectively the size distributions of soot particles carrying 0, ±2, ±3, ±3, and ±4 units of electrical charge.
Many new solar cells use transparent thin films that are also conductors of electrical charge.
