electric field strength การใช้

• In this example, the electric field strength is given by:
• What is the maximum electric field strength that fish can stand?
• The force is only dependent on the charge and electric field strength.
• Physical quantities, such as the electric field strength, then become quantum operators.
• The electric field strength is commonly measured using a crystal detector or Schottky barrier diode.
• Where \ mathbf E is the electric field strength, and V is the electric potential.
• Very little energy flows in the conductors themselves, since the electric field strength is nearly zero.
• The electric field strength within the thundercloud is not typically large enough to initiate this process by itself.
• This coefficient has a strong dependence on the applied electric field strength, temperature, and doping profile.
• Electric field detectors detect the electric field strength relative to the user's body or mounting platform.
• The electric field strength inside the DL can be anywhere from zero to over 10 9 V / m.
• In ideal free space, the electric field strength produced by a transmitter with isotropic radiator is readily calculated.
• Typical electric field strengths at which carrier velocity saturates is usually on the order of 10-100 kV / cm.
• Electric field strength is defined in terms of volts per metre and is useful for estimating the force on charged particles.
• If a charged object has a sharp point, the electric field strength around that point will be much higher than elsewhere.
• Once a local electric field strength of about 10 9 V / m is reached, electrons are ripped off the metal atoms.
• The electric field strength at a specific point can be determined from the power delivered to the transmitting antenna, its geometry and radiation resistance.
• As negatively charged leaders approach, increasing the localized electric field strength, grounded objects already experiencing corona discharge exceed a threshold and form upward streamers.
• 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.
• This is because the electric field strength ( esp on 132 kV and above ) can be great enough to cause lethal currents through the body.