Intergranular corrosion can lead to the breakdown of metal structures, making them more susceptible to failure.
间隙腐蚀会导致金属结构的破坏,使它们更容易发生故障。
The presence of
intergranular cracks in the material is a clear indication of potential failure.
材料中存在间隙裂纹是潜在失效的明显迹象。
To prevent
intergranular corrosion, special alloys and heat treatments are often used.
为了防止间隙腐蚀,通常会使用特殊的合金和热处理方法。
The
intergranular boundaries in this material are particularly susceptible to attack by corrosive substances.
这种材料的晶界特别容易受到腐蚀性物质的侵蚀。
In order to assess the risk of
intergranular cracking, detailed microstructural analysis is required.
为了评估间隙裂纹的风险,需要进行详细的微观结构分析。
Intergranular diffusion plays a crucial role in the formation of certain types of crystal structures.
间隙扩散在某些晶体结构的形成中起着关键作用。
The use of stabilizing elements like titanium or niobium can help prevent
intergranular corrosion.
使用稳定元素如钛或铌可以帮助防止间隙腐蚀。
The
intergranular spaces in porous materials can provide pathways for fluid flow and transport.
多孔材料中的间隙可以为流体流动和传输提供途径。
High-temperature exposure can exacerbate
intergranular failure in certain alloys.
高温暴露会加剧某些合金的间隙失效。
Intergranular stress corrosion cracking is a common failure mode in many engineering materials.
间隙应力腐蚀开裂是在许多工程材料中常见的失效模式。
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