c ca cb cc cd ce cf cg ch ci ck cl cm cn co cp cr cs ct cu cw cy cz

Перевод: coulomb

[существительное]
кулон [эл.]

Тезаурус:

1. A linear line charge of pl coulomb per unit length extends from the origin to z = .
2. Determine the electric field on the axis of a charged ring of radius a carrying a uniform line charge of p1 coulomb per unit length.
3. Coulomb's law
4. This conceptual flaw is one which is shared by Coulomb's law of electrostatics, and the solution in that case suggests a possible approach in the case of gravitation.
5. Let us further assume that the charge distribution is uniform and denote the charge per unit length by pl (we are defining thereby a linear charge density of dimension coulomb per metre).
6. So we have got Coulomb's law.
7. Let us first try to prove something that you have come across in school, Coulomb's law.
8. In the electromagnetic case the difficulty is resolved by using Maxwell's equations, which are consistent with SR; Coulomb's law is then seen to be the limiting form of one of these equations when the charges are slowly moving (quasi-static limit).
9. We shall not postulate Coulomb's law, we are going to derive it.
10. When operating within the Coulomb blockade, the number of electrons in the memory is kept constant but slight increases in node voltage changes the boundaries to enable electrons to be transferred.
11. The one-bit device developed by the Cambridge scientists utilises the so-called Coulomb Blockade Effect where, if an isolated area of conductor is made suitably small, the change of energy resulting from the gain or loss of an electron prevents further electrons from entering, and existing ones from leaving.
12. To be consistent with our previous notation for a line charge we shall denote it by ps (dimension coulomb m-2).
13. You will be able to see that the laws you love and cherish (Coulomb's, Biot-Savart's, Snell's, etc.) all follow from our eqns (1.1) -(1.7).