How to use in-sentence of “conductivity”:
+ He studied phosphorescence, luminescence, and the conductivity of flames.
+ The gray metallic form is used, as it changes its electrical conductivity when light shines on it.
+ Thus, by this way conductivity is increased in p-type doping.
+ Thermal conductivity usually varies with temperature, but the variation can be small, over a significant range of temperatures, for some common materials.
+ Thermal conductivity is often represented by the Greek letter “kappa”,.
+ His early work was on the conductivity of electrolytes.
Example sentences of “conductivity”:
+ The thermal conductivity detector is capable of detecting all types of compounds.
+ Electrical conductivity is the reciprocal of electrical resistivity.
+ Other side effects are microbe formation, electrical conductivity of the liquids and erosive nature due to high fluid velocities.
+ Semiconductor has four valence electrons, when it is doped with pentavalent impurity the four valence electron makes covalent bond and the remaining one is now free to move, this is how n-type doping increases conductivity of the semiconductor.
+ With a thermal conductivity detector, the sample from the column is passed into an area that is electrically heated.
+ It changes conductivity a little when light shines on it, similar to selenium.
+ From the units, we can see that thermal conductivity is a measure of how much power moves through a distance due to a temperature difference.
+ The fourth element can change its conductivity by the voltage, and after power interruption the amount of the resistivity stays the same.
+ Electrical conductivity at the mouth is high.
+ Another example of silver’s thermal conductivity is to put different materials on ice cubes.
+ The units of thermal conductivity are watts per meter-kelvin.
+ So the band gap is a major factor determining the electrical conductivity of a solid.
+ Other methods can be used, like measuring conductivity or making mathematical models.
+ A photocell, also known as a photoresistor, is an electronic component, device that changes its electrical conductivity when light shines on it.
+ The thermal conductivity of the column is reduced when the sample passes over by.
+ By the addition of different atoms into the crystal lattice of the semiconductor it changes its conductivity by making n-type and p-type semiconductors.
+ Silicon has electrical conductivity between metals and nonmetals.
+ The thermal conductivity detector is capable of detecting all types of compounds.
+ Electrical conductivity is the reciprocal of electrical resistivity.
+ Other side effects are microbe formation, electrical conductivity of the liquids and erosive nature due to high fluid velocities.