研究结论：耐腐蚀辅料能够有效的改善混凝土内部孔隙结构特征和水泥与骨料的界面结构。
Research conclusions:It is effective to improve interface structure between cement and aggregate and cavity structure in the concrete with the anticorrosive mixture.
为了提高电容式触觉传感阵列的性能，本工作以SOI材料中异质结界面作为深槽腐蚀中腐蚀自停止界面，以提高硅膜片的表面平整度和厚度均匀性。
In order to improve the uniformity of the thin film of silicon, the interface of hetero-junction of SOI material was used as the interface of etch self-stopping.
通过这种方式，腐蚀产物在宏观孔隙中形成致密的微观结构，阻止腐蚀介质对界面的破坏。
By this way, the microstructure of corrosion products in macro-pores became compact and the destruction of corrosion medium to interface was inhibited.
永久性防静电塑料地板利用粒子界面网形成的导静电网络，使其具有永久性防静电功能、耐腐蚀等特点，还具有较好的装饰效果。
The panel utilizes particle-interface to conduct electricity, so that it will have a permanent anti-static function. The panel is also corrosion-resistant, and has a good decorative effect.
耐热不锈钢的腐蚀主要集中在硼砂浴与空气的交界面处，其他位置腐蚀较弱。
The corrosion of heat-resistant stainless steel is mainly on the interface between borax bath and air, other parts with less corrosion.
残余铜含量越高，晶界与基体界面氧化腐蚀越严重，热脆性倾向越大；
The more the content of residual copper in steel, the more severely the oxidation corrosion occurs on grain boundary and matrix, the greater the hot brittleness tendency;
目前，由于腐蚀造成钢筋混凝土结构耐久性退化已成为当今土木工程界面临的一大灾害，引起人们的普遍关注，成为研究的一大热点。
Presently, durability degeneration of reinforced concrete structure has become a disaster to our civil engineering because of corrosion. It arouses attentions and becomes a hotspot.
目前，由于腐蚀造成钢筋混凝土结构耐久性退化已成为当今土木工程界面临的一大灾害，引起人们的普遍关注，成为研究的一大热点。
Presently, durability degeneration of reinforced concrete structure has become a disaster to our civil engineering because of corrosion. It arouses attentions and becomes a hotspot.
应用推荐