silanes are commonly used as coupling agents in material science.
硅烷常用作材料科学中的偶联剂。
the silane treatment significantly improves surface adhesion.
硅烷处理显著提高了表面附着力。
silane hydrolysis occurs when the compound reacts with moisture.
硅烷水解发生在该化合物与水分反应时。
different silane functional groups determine coating properties.
不同的硅烷官能团决定涂层性能。
silane coatings provide excellent barrier protection.
硅烷涂层提供优异的屏障保护。
silane chemistry enables precise surface modifications.
硅烷化学实现精确的表面改性。
the silane modification enhances hydrophobic characteristics.
硅烷改性增强了疏水特性。
various silane derivatives are available for industrial applications.
各种硅烷衍生物可用于工业应用。
silane precursors are essential for semiconductor manufacturing.
硅烷前体对半导体制造至关重要。
silane molecules form strong bonds with inorganic surfaces.
硅烷分子与无机表面形成强键。
silane-based adhesives exhibit superior bonding performance.
硅烷基胶粘剂表现出优异的粘接性能。
the silane solution was applied using a spray method.
硅烷溶液采用喷涂方法进行施工。
silanes are commonly used as coupling agents in material science.
硅烷常用作材料科学中的偶联剂。
the silane treatment significantly improves surface adhesion.
硅烷处理显著提高了表面附着力。
silane hydrolysis occurs when the compound reacts with moisture.
硅烷水解发生在该化合物与水分反应时。
different silane functional groups determine coating properties.
不同的硅烷官能团决定涂层性能。
silane coatings provide excellent barrier protection.
硅烷涂层提供优异的屏障保护。
silane chemistry enables precise surface modifications.
硅烷化学实现精确的表面改性。
the silane modification enhances hydrophobic characteristics.
硅烷改性增强了疏水特性。
various silane derivatives are available for industrial applications.
各种硅烷衍生物可用于工业应用。
silane precursors are essential for semiconductor manufacturing.
硅烷前体对半导体制造至关重要。
silane molecules form strong bonds with inorganic surfaces.
硅烷分子与无机表面形成强键。
silane-based adhesives exhibit superior bonding performance.
硅烷基胶粘剂表现出优异的粘接性能。
the silane solution was applied using a spray method.
硅烷溶液采用喷涂方法进行施工。
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