Conductance
noun
Conductance is the measure of how easily electricity can pass through a material.
The conductance of copper is much higher than that of rubber.

Often appears as...
- measured conductance
- high conductance
Usage tips
Neutral
electrical conductance, thermal conductance, good conductance
noun
In the context of thermal transfer, conductance refers to the ability of a material to transmit heat from one part to another.
The conductance of the wall material influences how warm the house stays in winter.

Often appears as...
- high thermal conductance
- optimal conductance
Usage tips
Neutral
thermal conductance, heat transfer conductance
noun
Conductance is the measure of how easily electricity can pass through a material.
The conductance of copper is much higher than that of rubber.

Often appears as...
- measured conductance
- high conductance
Usage tips
Neutral
electrical conductance, thermal conductance, good conductance
noun
In the context of thermal transfer, conductance refers to the ability of a material to transmit heat from one part to another.
The conductance of the wall material influences how warm the house stays in winter.

Often appears as...
- high thermal conductance
- optimal conductance
Usage tips
Neutral
thermal conductance, heat transfer conductance
Definition 1 of 2

Scientific Usage
Conductance is often used in scientific measurements and experiments.
In electrical circuits, the term is crucial for understanding how components behave.
Industrial Relevance
In materials science, conductance is important for selecting materials for manufacturing.
Metal components are often chosen based on their high conductance and low resistance.
Comparative Context
Compare conductance to resistance; where conductance measures efficiency in conducting, resistance measures the opposition.
In electronics, understanding both terms helps optimize system design.
Scientific Usage
Conductance is often used in scientific measurements and experiments.
In electrical circuits, the term is crucial for understanding how components behave.
Industrial Relevance
In materials science, conductance is important for selecting materials for manufacturing.
Metal components are often chosen based on their high conductance and low resistance.
Comparative Context
Compare conductance to resistance; where conductance measures efficiency in conducting, resistance measures the opposition.
In electronics, understanding both terms helps optimize system design.
Scientific Usage
Conductance is often used in scientific measurements and experiments.
In electrical circuits, the term is crucial for understanding how components behave.
Industrial Relevance
In materials science, conductance is important for selecting materials for manufacturing.
Metal components are often chosen based on their high conductance and low resistance.
Comparative Context
Compare conductance to resistance; where conductance measures efficiency in conducting, resistance measures the opposition.
In electronics, understanding both terms helps optimize system design.
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