This depends on a few parameters of which the purity and the temperature have a significant influence. For pure silicon (typically less than ppba levels of impurites (parts per billion atom), the conductivity can be represented by the following equation: log (specific conductivity) = 4.247 - (2924/T) where T is the temperature measure in Kelvin units. From a practical sense, silicon behaves like an insulator at less than 700 deg K and as a conductor at much higher temperatures. This depends on a few parameters of which the purity and the temperature have a significant influence. For pure silicon (typically less than ppba levels of impurites (parts per billion atom), the conductivity can be represented by the following equation: log (specific conductivity) = 4.247 - (2924/T) where T is the temperature measure in Kelvin units. From a practical sense, silicon behaves like an insulator at less than 700 deg K and as a conductor at much higher temperatures.
Yes, silicon is a better conductor of electric current than sulfur. Silicon is a semiconductor that can conduct electricity under certain conditions, while sulfur is an insulator that does not conduct electricity well.
Silicon is a moderate heat conductor compared to metals like copper or aluminum, but it is better than materials like wood or plastics. Its thermal conductivity allows it to effectively transfer heat, making it suitable for various applications in electronics and semiconductors.
Boron is not a good conductor of electricity at room temperature, but is a good conductor at a high temperature.
Aluminum, of course. Silicon is a metalloid while Aluminum is a metal.
Oxygen. Carbon as diamond is a good electrical insulator, (graphite is an electrical conductor), silicon is a semiconductor so has limited electrical conductivity and aluminium is a metal and a good electrical conductor.
Silicon is a good conductor of electricity because it has a crystalline structure that allows electrons to move freely through it. It is a semiconductor, meaning it can conduct electricity under certain conditions, making it widely used in electronic devices. By adding impurities, or "doping", silicon can be tailored to be a better conductor or insulator.
They are only fair to high (intermediate) conductors of electricity and heat, except that silicon is a good heat conductor. Metalloids include boron, silicon, germanium, arsenic, antimony, and tellurium.
Silicon is only a semiconductor. Copper on the other hand is used to make wires and is an excellent conductor of electricity.
Germanium is a semiconductor, which means its conductivity falls between that of a conductor and an insulator. It is not as good a conductor as metals like copper, but it can conduct electricity under certain conditions.
Most conductors conduct both heat and electricity well. A semiconductor is a conductor whose resistance is between that of a conductor and an insulator. An example of a semiconductor is silicon which is used in electronic appliances
silicon is a semi-conductor,there fore electricity can pass through it.transistors in electronic devices are made up of silicon
Astatine is not a good conductor of electricity. This is because it is a non-metal. All non-metals do not conduct electricity, and all metals do. The two exceptions are carbon and silicon, which are non-metals, but conduct electricity well.
Silicon or Germanium Graphite is an excellent electrical conductor
Silicon
No, terylene is not a very good conductor of electricity.
Yes, iron is a good conductor of electricity.
zinc is a good conductor of electricity