The electric field strength inside the DL can be anywhere from zero to over 10 9 V / m.
12.
In ideal free space, the electric field strength produced by a transmitter with isotropic radiator is readily calculated.
13.
Typical electric field strengths at which carrier velocity saturates is usually on the order of 10-100 kV / cm.
14.
Electric field strength is defined in terms of volts per metre and is useful for estimating the force on charged particles.
15.
If a charged object has a sharp point, the electric field strength around that point will be much higher than elsewhere.
16.
Once a local electric field strength of about 10 9 V / m is reached, electrons are ripped off the metal atoms.
17.
The electric field strength at a specific point can be determined from the power delivered to the transmitting antenna, its geometry and radiation resistance.
18.
As negatively charged leaders approach, increasing the localized electric field strength, grounded objects already experiencing corona discharge exceed a threshold and form upward streamers.
19.
As the liquid cusps form ever sharper cones due to the action of the electric field, the local electric field strength near these cusps intensifies.
20.
This is because the electric field strength ( esp on 132 kV and above ) can be great enough to cause lethal currents through the body.
