silicon nitride
氮化硅
gallium nitride
氮化镓
aluminum nitride
氮化铝
boron nitride
氮化硼
titanium nitride
氮化钛
zinc nitride
氮化锌
hafnium nitride
氮化铪
ceramic nitride
陶瓷氮化物
metal nitride
金属氮化物
nitride layer
氮化层
nitride materials are often used in semiconductor applications.
氮化物材料通常用于半导体应用。
the nitride layer improves the durability of the device.
氮化层提高了设备的耐用性。
nitride coatings can enhance the wear resistance of tools.
氮化涂层可以增强工具的耐磨性。
researchers are exploring the properties of silicon nitride.
研究人员正在探索氮化硅的特性。
the nitride film was deposited using chemical vapor deposition.
氮化膜是通过化学气相沉积法沉积的。
nitride compounds are important in the field of electronics.
氮化物化合物在电子领域中非常重要。
gallium nitride is widely used in led technology.
氮化镓广泛用于LED技术。
the nitride synthesis process requires precise temperature control.
氮化合成过程需要精确的温度控制。
nitride semiconductors offer advantages over traditional materials.
氮化半导体相比传统材料具有优势。
understanding nitride chemistry is crucial for material science.
理解氮化物化学对材料科学至关重要。
silicon nitride
氮化硅
gallium nitride
氮化镓
aluminum nitride
氮化铝
boron nitride
氮化硼
titanium nitride
氮化钛
zinc nitride
氮化锌
hafnium nitride
氮化铪
ceramic nitride
陶瓷氮化物
metal nitride
金属氮化物
nitride layer
氮化层
nitride materials are often used in semiconductor applications.
氮化物材料通常用于半导体应用。
the nitride layer improves the durability of the device.
氮化层提高了设备的耐用性。
nitride coatings can enhance the wear resistance of tools.
氮化涂层可以增强工具的耐磨性。
researchers are exploring the properties of silicon nitride.
研究人员正在探索氮化硅的特性。
the nitride film was deposited using chemical vapor deposition.
氮化膜是通过化学气相沉积法沉积的。
nitride compounds are important in the field of electronics.
氮化物化合物在电子领域中非常重要。
gallium nitride is widely used in led technology.
氮化镓广泛用于LED技术。
the nitride synthesis process requires precise temperature control.
氮化合成过程需要精确的温度控制。
nitride semiconductors offer advantages over traditional materials.
氮化半导体相比传统材料具有优势。
understanding nitride chemistry is crucial for material science.
理解氮化物化学对材料科学至关重要。
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