"electric channel" is a grammatically correct phrase that can be used in written English.
It refers to a specific pathway or channel for electricity to flow through. You can use it to describe a physical object, such as a wire or cable, that carries electricity. For example: "The electric channel connecting the power source to the device was damaged, causing a blackout in the whole building." or "The electrician identified a fault in the electric channel, which was causing a power surge in the system."
The rig consists of six ordinary solar air heaters, an auxiliary electric heating channel, a drying chamber with an electrically rotary discharging valve and an air distributing system.
The external signal source stimulates an input of the preamplifier of electric field channel without the electric field sensors.
However, by Eq. 22, very high frequency would lower the energy for the electric field channel (first term).
In this mode, the WPT-S-V1 and WPT-S-V2 are connected to each electric field channel of the WFC/OFA(E) and both are used as monopole antennas.
The first is that in the absence of the metal NPs such as Au or Ag, the benefit of the electric field channel (first term) would not be realized by the cancer cells.
The results of the effect of several factors like the applied electric field, channel dimensions and gas pressure on the extent of degradation of dielectric anode, cathode and side-walls, due to C C bond break by UV photon impact, are presented in the following sections.
Two sets of differential signals between WPT-S-U1 and WPT-S-U2, and WPT-S-V1 and WPT-S-V2 are fed to the WFC/OFA(E) in the "Nominal mode", while the WPT-S-V1 and WPT-S-V2 are connected to each electric field channel of the WFC/OFA(E) and both are used as monopole antennas in the "Monopole mode" Fig. 9 Simplified block diagram of the MSC and EWO-WFC/OFA(B).
The gains of the main amplifier can be controlled in four steps for electric field channels and in two steps for magnetic field channels.
As shown in these figures, the gain of the electric field channels varies from 0 to 60 dB, while the magnetic field channel gains vary from 0 to 20 dB by 20 dB step.
