The material that electrons do not readily flow through in the electrical trade is classed an an insulator.
Materials that readily accept the flow of electrons are conductors. Common examples include metals like copper, silver, and aluminum, which have a high conductivity and allow electrical current to pass through them easily.
The term for the flow of electrons through the insulating material of a capacitor is called "dielectric breakdown."
insulator
A material that readily allows an electric current to flow is called a conductor. Conductors have low resistance and allow electrons to move freely. Examples include metals like copper and aluminum.
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This would likely be an "insulator" as opposed to a conductor.
Materials that readily accept the flow of electrons are conductors. Common examples include metals like copper, silver, and aluminum, which have a high conductivity and allow electrical current to pass through them easily.
The term for the flow of electrons through the insulating material of a capacitor is called "dielectric breakdown."
Electrical currents can flow readily through conductive materials such as metals like copper, aluminum, and gold. These materials have a high density of free electrons that can easily move in response to an electric field, allowing for the flow of electricity.
conductor
Resistance.
insulator
A material that readily allows an electric current to flow is called a conductor. Conductors have low resistance and allow electrons to move freely. Examples include metals like copper and aluminum.
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A material through which water can readily flow is called permeable material. This type of material allows water to pass through easily due to its interconnected pore spaces. Examples include sand, gravel, and certain types of soil.
The flow of electrons through a material is the movement of negatively charged electrons from an area of higher electric potential to an area of lower electric potential. This movement creates an electric current that can be harnessed for various applications, such as generating electricity in a conductor. The flow of electrons is driven by an electric field that exists due to a potential difference between two points in the material.
This might be a fundamental description of a semiconductor material.