Conductance in a sentence

Conductance For general scientific use, thermal conductance is the quantity of heat that passes in unit time through a plate of particular area and thickness when its opposite faces differ in temperature by one kelvin.

It is measured in the same units as thermal conductance and is sometimes known as the composite thermal conductance.

Such systems usually have a built-in water-conductance monitor which will shut down the high-tension supply if the conductance becomes too high.

Thermal conductivity and conductance are analogous to electrical conductivity (A·m −1 ·V −1 ) and electrical conductance (A·V −1 ).

Over the past two years, Labram’s research group in the School of Electrical Engineering and Computer Science has built unique experimental apparatus to study changes in conductance of solar materials over time.

This study found that when carbon dioxide levels increase from 400 to 600 ppm, cassava leaves could conserve 58 percent more water on average by optimizing stomatal conductance, which is the rate that carbon enters compared to water exiting the leaf.

He wears a contraption that allows him to record video, paired with devices that monitor physiological changes, from skin conductance, which reveals stress levels, to his body temperature.

Actual measurements of the Hall conductance have been found to be integer or fractional multiples of e 2 /h to nearly one part in a billion.

Emotional sweating across the body: Comparing 16 different skin conductance measurement locations.

For a given thickness of a material, that particular construction's thermal resistance and the reciprocal property, thermal conductance, can be calculated.

For vacuum tubes, transconductance or mutual conductance (gm) is defined as the change in the plate(anode)/cathode current divided by the corresponding change in the grid/cathode voltage, with a constant plate(anode)/cathode voltage.

History The integer quantization of the Hall conductance was originally predicted by Ando, Matsumoto, and Uemura in 1975, on the basis of an approximate calculation which they themselves did not believe to be true.

However, the general correlation between electrical and thermal conductance does not hold for other materials, due to the increased importance of phonon carriers for heat in non-metals.

Ion channel blockers A variety of inorganic and organic molecules can modulate ion channel activity and conductance.

It activates sodium potassium pump and increases sodium conductance, which further activating sodium potassium pump.

The formulas detailing axonal conductance were extended to vertebrates in the Frankenhaeuser–Huxley equations.

The quantization and stability of the Hall conductance in such conditions was achieved in 1994 by Bellissard, van Elst and Schulz-Baldes using the methods of Non-Commutative Geometry.

Therefore, thermal conductance depends on the external dimensions of the crystal and the quality of the surface.

The resistance and conductance contribute to the loss in a transmission line.

Thermal resistance is the reciprocal of thermal conductance, i.e., lowering its value will raise the heat conduction and vice versa.