Please help me. This is in my homework an di can't find an answer anywhere! Please help!
to keep our bodys healthy
Intrinsic means no dopants. (a term used in semiconductors) So it means the same as pure.
The silicon chip is in many devices today....ex. mp3 players. It was a major breakthrough because it allowed more technology to be stored in portable or smaller devices. Almost everything has a silicon chip..even your cell phone. Particularly the computer industry it was important to forthe same reasons. The iPad is a computer, so is the iPhone. But they wouldn't be possible without the silicon chip:)
Silicon dioxide is used as the insulating layer in silicon detectors to prevent electrical leakage and improve signal sensitivity by reducing noise. It also provides mechanical stability and protects the underlying silicon material from damage during fabrication processes, ensuring the detector's long-term reliability and performance.
toe rag
Silicon can be hard to make in to a acrostic poem and so far I can only find words for the letters S,I,C,AND N. If you find a word for the rest pleas tell thank you. By: Sierra
Silicon is an element itself, so there are no elements that belong to silicon besides itself.
The technology itself, silicon chips and so forth, and the ability to mass produce and make the technology affordable.
Extrinsic silicon is just silicon that has been doped. So it has different semiconducting propeties from pure (intrinsic) silicon. Why anyone needed to introduce the words intrinsic and extrinsic into the subject always baffled me.
There is the same amount of silicon as carbon, so the answer is SiC.
OK so help me here! when was silicon valley founded?
Silicon is the crystal that forms the basis for much of the microelectronics industry. Its semiconductor properties allow it to efficiently conduct electricity under certain conditions, making it ideal for creating transistors and integrated circuits. Additionally, silicon is abundant and relatively inexpensive, which contributes to its widespread use in manufacturing electronic components. Its ability to be easily doped with other elements further enhances its electrical properties, enabling the development of advanced technologies.