Examples of 'joule heating' in a sentence
Meaning of "joule heating"
joule heating - The process of heat generation due to electrical resistance in a conductor, named after James Prescott Joule
How to use "joule heating" in a sentence
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joule heating
Joule heating has also been employed to provide heating to the laser diode.
An electrical conductor of proper thickness undergoes joule heating when irradiated with microwave energy.
Joule heating Heating in a conductor due to passage of current.
We used two different Joule heating techniques.
This is the phenomenon of electrical resistance and Joule heating.
The effect of Joule heating is also considered.
The magnetic energy is thus transformed into Joule heating.
Power dissipation by Joule heating can thus be avoided.
Electronic cigarettes vaporize propylene glycol and vegetable glycerine by Joule heating.
The layer causes Joule heating when a voltage is applied to the circuit.
The melt is heated by the Joule heating effect.
Joule heating with glass melter electrodes provides deep, volumetric heating.
The silicothermic or aluminothermic reactions are initiated by Joule heating of the alkalimetal generators.
The heat conduction and Joule heating transiently change until reaching the steady state.
The inductor coil is designed so that it does not undergo significant Joule heating.
See also
The differential form of the Joule heating equation gives the power per unit volume.
These means generally comprise a wire that heats the probe by Joule heating.
The electrical current produces Joule heating which will raise the temperature of the coil.
The flat spiral coil is designed so that it does not undergo significant Joule heating.
The part which converts electricity into heat by Joule heating is called a heating element.
A heating element converts electrical energy into heat through the process of Joule heating.
The Peltier heat flux may be supplemented with Joule heating from an electric current.
The passage of the current through the oil shale formation results in resistive Joule heating.
Indeed, the process enabling Joule heating is a dynamic phenomenon.
Figure 7 shows the channel temperature distribution for the open channel joule heating analysis.
These arms undergo Joule heating and expand, thereby causing a longitudinal displacement.
This interaction arises from Joule heating.
A second source of heat is Joule heating which arises from a semiconductor 's resistance to current flow.
Switching is induced by Joule heating.
As a result, joule heating is re-established.
Therefore, a substantial amount of heat is generated by Joule heating.
Resistance dissipates electrical energy, turning it into heat Joule heating.
The most general and fundamental formula for Joule heating is,.
Cat 8 and carry very large electrical currents without Joule heating.
The application of a degraded control mode to the electric motor ME, promoting Joule heating.
Since the conductors of the first section are superconducting, they generate no Joule heating.
The Peltier-Seebeck and Thomson effects are thermodynamically reversible, whereas Joule heating is not.
FIG . 8 shows the temporal dynamics of the maximum channel transient temperature joule heating analysis.
During the off-state of the modulator, current flows through the structure causing Joule heating.
Transformer losses arise from, Winding joule losses Current flowing through a winding 's conductor causes joule heating.
The Peltier - Seebeck and Thomson effects are thermodynamically reversible, whereas Joule heating is not.
In use, an electric current is passed through the heater element 12 to produce Joule heating.
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Examples of using Joule
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Joule is a unit of measuring work and energy
It is equal to one joule of energy per second
One joule per coulomb is called a volt
Examples of using Heating
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Thus the heating element is automatically switched on
Carefully pull the heating element down
The heating pipes run through here
