विद्युत-क्षेट्र इसके अंग्रेजी अर्थ का उदाहरण

The electric field in the gaseous phase has to be sufficiently large to extract electrons from the liquid phase.

The applied electric field prevents recombination of all the electrons produced from a charged particle interaction in the TPC.

These electrons are drifted to the top of the liquid phase by the electric field.

The ionization is then extracted into the gas phase by the stronger electric field in the gaseous phase.

The electric field accelerates the electrons to the point that it creates a proportional scintillation signal that is also collected by the PMTs, and is referred to as the S2 signal.

The question of how an electric field in one inertial frame of reference looks in different reference frames moving with respect to the first is crucial to understanding fields created by moving sources.

In other words, the electric field in the other frame does not depend on the particular distribution of the source charges, only on the local value of the electric field in the first frame at that point.

Thus, the electric field is a complete representation of the influence of the far-away charges.

That is, the magnetic field is simply the electric field, as seen in a moving coordinate system.

The parameter μq is the ratio of the particle's terminal drift velocity to an applied electric field.

In a gallium LMIS, gallium metal is placed in contact with a tungsten needle, and heated gallium wets the tungsten and flows to the tip of the needle, where the opposing forces of surface tension and electric field form the gallium into a cusp shaped tip called a Taylor cone.

The huge electric field at this small tip (greater than volts per centimeter) causes ionization and field emission of the gallium atoms.