1) salt-bath chromizing
盐浴渗铬
1.
Effect of salt-bath chromizing process on microstructure and properties of chromized layer;
T12钢盐浴渗铬工艺对渗层组织和性能的影响
2.
Effects on 45 & T10A steel in different process time of salt-bath chromizing adding rare-earth were studied.
在相同温度下,对45钢和T10A钢进行不同时间的稀土盐浴渗铬,结果表明:随着渗铬时间的延长,渗铬的效果,在总体上呈增加的趋势,45钢在4h就可以达到较好效果,而T10A钢则在6h达到较好效果。
3) low temperature salt bath chromizing
低温盐浴渗铬
1.
The results showed that a chromized layer with good wear resistance could be gained in steel 45 by low temperature salt bath chromizing.
研究了 45钢低温盐浴渗铬工艺 ,分析了渗铬层的金相组织和相结构 ,测量了渗层厚度、渗层硬度及铬浓度分布 ,并进行了渗铬层的耐磨试验。
2.
The microstructure ,phase make up,chromium thickness,microhardness and corroding resistance of low temperature salt bath chromizing layers of steel Q235,45 and T10 are contrasted.
通过 Q2 35钢、45钢、T1 0钢低温盐浴渗铬层的金相组织、相结构、厚度、铬浓度、显微硬度和耐蚀性的对比 ,表明碳含量越高 ,铬碳化合物层越厚 ,显微硬度越高 ,耐蚀性越好。
3.
Immediate quenching and tempering process of steel T10 after low temperature salt bath chromizing was studied.
研究了 T10钢在低温盐浴渗铬后直接淬火并回火工艺。
4) permeating Nb of salt-bathing
盐浴渗铌
5) salt bath nitriding
盐浴渗氮
1.
The combination of salt bath nitriding and oxidation procedures produces compact and integrated Fe_3O_4 film on the surface of the workpiece and the porous area of the nitriding layer.
清洗工序和预热工序可以促进表面渗氮层均匀,避免腐蚀的加剧;盐浴渗氮和氧化工序配合,使工件表面和疏松氮化层的多孔区表面生成致密完整的Fe3O4膜;抛光和二次氧化工序降低了氧化膜产生开裂的可能性,提高了抗蚀性。
6) borate bath vanadatizing
盐浴渗钒
1.
Application of borate bath vanadatizing in enhancing tooling and die life;
盐浴渗钒在工模具上的应用
补充资料：碱式钠-铬的甲酸盐硫酸盐配位物
CAS：86014-66-6
中文名称：碱式钠-铬的甲酸盐硫酸盐配位物
英文名称：Chromium, formate sulfate sodium complexes, basic；Chromium,formate sulfate sodium complexes,basic
中文名称：碱式钠-铬的甲酸盐硫酸盐配位物
英文名称：Chromium, formate sulfate sodium complexes, basic；Chromium,formate sulfate sodium complexes,basic
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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