metal silicide
金屬硅化物
silicide layer
硅化層
silicide film
硅化薄膜
silicide compound
硅化物化合物
silicide formation
硅化物形成
silicide process
硅化過程
silicide technology
硅化技術
silicide reaction
硅化反應
silicide substrate
硅化基底
silicide interface
硅化界面
silicide is often used in semiconductor manufacturing.
硅化物通常用於半導體制造。
the properties of silicide can enhance electrical performance.
硅化物的特性可以提高電氣性能。
researchers are studying the effects of silicide on material strength.
研究人員正在研究硅化物對材料強度的影響。
silicide compounds are important in the field of nanotechnology.
硅化物化合物在納米技術領域中非常重要。
manufacturers are exploring new silicide formulations.
製造商正在探索新的硅化物配方。
silicide layers can improve thermal stability in devices.
硅化物層可以提高設備的熱穩定性。
many electronic devices incorporate silicide for better efficiency.
許多電子設備採用硅化物以提高效率。
silicide reactions can occur at high temperatures.
硅化物反應可以在高溫下發生。
understanding silicide formation is crucial for material science.
理解硅化物的形成對材料科學至關重要。
silicide can be synthesized through various chemical processes.
硅化物可以通過多種化學過程合成。
metal silicide
金屬硅化物
silicide layer
硅化層
silicide film
硅化薄膜
silicide compound
硅化物化合物
silicide formation
硅化物形成
silicide process
硅化過程
silicide technology
硅化技術
silicide reaction
硅化反應
silicide substrate
硅化基底
silicide interface
硅化界面
silicide is often used in semiconductor manufacturing.
硅化物通常用於半導體制造。
the properties of silicide can enhance electrical performance.
硅化物的特性可以提高電氣性能。
researchers are studying the effects of silicide on material strength.
研究人員正在研究硅化物對材料強度的影響。
silicide compounds are important in the field of nanotechnology.
硅化物化合物在納米技術領域中非常重要。
manufacturers are exploring new silicide formulations.
製造商正在探索新的硅化物配方。
silicide layers can improve thermal stability in devices.
硅化物層可以提高設備的熱穩定性。
many electronic devices incorporate silicide for better efficiency.
許多電子設備採用硅化物以提高效率。
silicide reactions can occur at high temperatures.
硅化物反應可以在高溫下發生。
understanding silicide formation is crucial for material science.
理解硅化物的形成對材料科學至關重要。
silicide can be synthesized through various chemical processes.
硅化物可以通過多種化學過程合成。
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