optimal conditions for silicon oxidation
Posted: Thu Sep 10, 2026 8:31 pm
In the past, I investigated the optimal conditions for silicon oxidation and thought about how these conditions could affect semiconductor manufacturing.
While doing this research, I became curious about how semiconductor companies in other countries deal with similar problems, and have you ever had a similar question?
I found an interesting example in IBM's research on strained germanium.
IBM developed a new semiconductor process using strained germanium to improve transistor performance.
Strained germanium can improve transistor performance by increasing its output current.
IBM also found a way to oxidize silicon at 400°C, about 200°C lower than usual, which helped keep the strain in the germanium channel.
This case made me realize that controlling process conditions is important when using new materials in semiconductor manufacturing.
Therefore, I think that studying optimal conditions and developing new materials together can lead to better semiconductor technology.
While doing this research, I became curious about how semiconductor companies in other countries deal with similar problems, and have you ever had a similar question?
I found an interesting example in IBM's research on strained germanium.
IBM developed a new semiconductor process using strained germanium to improve transistor performance.
Strained germanium can improve transistor performance by increasing its output current.
IBM also found a way to oxidize silicon at 400°C, about 200°C lower than usual, which helped keep the strain in the germanium channel.
This case made me realize that controlling process conditions is important when using new materials in semiconductor manufacturing.
Therefore, I think that studying optimal conditions and developing new materials together can lead to better semiconductor technology.