"conduction power" is a correct and usable phrase in written English.
It can be used to describe the ability of an object or material to conduct electricity, heat, or sound. Example: Copper has a high conduction power, making it a popular choice for electrical wiring in homes and buildings.
Thus, an increase in this ratio increases the thermal conduction power but reduces the power dissipated in the leg resistances.
The thermal conduction power is dependent on the ratio of area to length, while ohmic heating is dependent on the inverse of that ratio.
These thermal simulations include the phase change (melting and freezing), heat conduction, power generation, and natural convection effects within the liquid.
The reason is that by increasing the duty cycle the conduction power losses on devices will be increased, too.
Reference [10] proposed a method based on piece-wise analytical formulas to evaluate the valve power lossvalve power losses, and accurate conduction power loss can be obtained.
At the operating frequency of 1 kHz, the switching loss is almost the same as the conduction power loss, making the total power loss of a MMC up to 1.6%%.
The high load of 20 wt% Q-chitosan does not benefit ionic conduction and power generation, probably due to interfacial resistance at rough surfaces.
This paper designed a DC/DC converter applied to electric vehicles, which uses the strategy of phase-shift full-bridge and can realize zero voltage conduction of power switches.
As such, we found it timely to extensively test a previously proposed test reaction, the dilution of propan-1-ol into water, using two calorimeters of different design (heat conduction and power compensation calorimeters) and sensitivity.
Antenna power conduction limits for receivers.
47 CFR § 15.111 - Antenna power conduction limits for receivers.
