Examples of 'joule effect' in a sentence
Meaning of "joule effect"
joule effect - The Joule effect refers to the process of converting electrical energy into heat, resulting in the warming of a conductor as current flows through it. This phenomenon is commonly observed in electrical circuits and devices, where some of the energy is dissipated as heat due to the conductor's resistance
How to use "joule effect" in a sentence
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joule effect
Selective functionalization by joule effect thermal activation.
Joule effect soldering set ref.
Acoustic coating for an aircraft incorporating a frost treatment system by joule effect.
The wire is heated by a joule effect up to a temperature To.
The magnetic material is heated by Joule effect.
The Joule effect losses on a line can be summarised as.
Glass is thus usually heated by Joule effect.
It is then heated by the Joule effect in an alternative scheme.
This effect is called magnetostriction or Joule effect.
These two phenomena are heating by Joule effect and electrical stimulation.
This heating is due to heat conduction and to Joule effect.
They are bulky and introduce Joule effect losses that are not negligible.
Heat is then generated to the Joule effect.
The Joule effect can not explain all the energy phenomena.
Thermal evaporation by the Joule effect or induction.
See also
Device for electric heating of a gas mixture by direct Joule effect.
Heater mat for using the Joule effect to heat an aerodynamic surface.
You get heat through the Joule effect.
By Joule effect this current generates heat at least in the support itself.
The membrane is heated by a Joule effect.
Living tissues are heated by Joule effect when electric currents are circulated therethrough.
It is then a crucible heated by Joule effect.
Heating by direct Joule effect which consists of passing an electrical current in a material sample.
The copper capsule is then placed in a Joule effect crucible.
The induced Joule effect makes good the heat losses in the installation.
The charge then melts via the Joule effect.
The Joule effect.
The electric losses of the motor are Joule effect losses.
Thus, Joule effect losses are also reduced.
The heating means are for example of Joule effect type.
Use of the Joule effect in electric resistance heating elements;.
Such a shape limits the heat rise by Joule effect.
This energy is dissipated due to the Joule effect through the resistance of the motor.
The application of a sufficient voltage results in heating by the Joule effect.
The filament is subsequently heated by the Joule effect until initiation of the combustion.
The wire therefore produces heat energy by the Joule effect.
The resistor R then gives off heat by Joule effect and its temperature increases.
A first category of methods uses the heat obtained by Joule effect.
Losses by Joule effect.
This heat they give off is due to the Joule effect.
Heating is done by Joule effect using a layer of carbon-based conductive ink.
There is then no loss as a result of an excessive Joule effect in the network.
Heat dissipation by Joule effect from said powered resistive element ;.
A resistor can dissipate an electric power by a Joule effect in the sensor.
Shows, by the Joule effect in an electrical resistor at the centre of the sphere.
The heating means are for example heating means by Joule effect.
It may include a Joule effect heat generator designed to be used as back-up heater only;.
In a known manner use is made of furnaces operating by the Joule effect.
A tungsten filament heated by the Joule effect emits electrons, which are accelerated by an anode.
The germanium can be vaporized by an electron gun or a Joule effect crucible.
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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 Effect
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No effect on blood pressure or pulse rate was observed
Low temperatures have an effect on vehicle start up
This effect is like after a summer thunderstorm
