1) mild melt treatment
软熔处理
1.
The effects of temperature and retaining time in mild melt treatment on the bonding strength, surface morphology and porosity of tin coating are studied.
研究了软熔处理温度与保温时间对锡镀层的镀层结合力、镀层表面形貌和孔隙率的影响。
3) Melt Treatment
熔体处理
1.
Rapid multiple slurry-preparation technology of melt treatment and reversible electromagnetic stirring;
熔体处理和双向电磁搅拌复合快速制浆技术
2.
Effect of ultrasonically melt treatment method on solidification structure of pure aluminum ingot;
超声波熔体处理方法对纯铝铸锭凝固组织的影响
3.
Effect of melt treatment method on degassing efficiency of ultrasonically refined pure aluminum ingots;
熔体处理方法对纯铝铸锭超声波除气的影响
4) remelting treatment
重熔处理
1.
The microstructure of the as-cast high chromium cast iron alloy after remelting treatment was investigated.
采用固液混合铸造技术制备了高铬铸铁合金坯料,研究了固液混合铸造高铬铸铁坯料的重熔组织及重熔处理对坯料中可能存在的缺陷的修复效果。
2.
Through the surface remelting treatment of c ast iron,the kinds and mechanism of the remelted layer fissure have been explor ed an d the prevention measures also have been discussed from three ways of process pa rameter,matrix structure and preheating temperature.
通过对不同基体的灰口铸铁的钨极氩弧重熔处理,详细研究了重熔层裂纹的形式和形成原因,从工艺参数、基体组织和预热温度三方面探讨了裂纹的防止措施。
5) melt-treatment
熔体处理
1.
Tensile Properties of Al Sheet at Elevated Temperature for Pressure Can Prepared by Different Melt-treatment Methods;
经不同熔体处理的罐用铝材的高温拉伸性能试验
2.
Hot deformation microstructure of aluminum sheets prepared by different melt-treatments used for easy-open can;
经不同熔体处理的易拉罐用铝材的热压缩变形组织
3.
Influence of melt-treatment and homogenization on microstructure and mechanical properties has been studied systematically and deeply with the aids of some modern .
针对目前我国铝材生产与研究中对内在冶金缺陷的影响作用重视不足、液态(熔体)处理与各种固态处理均是按各自系统独立进行研究的现状,作者结合本课题组的前期研究基础,以具有实用价值且量大面广的易拉罐用铝材(Al-Mn-Mg合金)作为研究对象,提出从改善铝材冶金质量这一关键技术入手,将铝材的处理状态(熔体处理和均匀化)与热变形加工有机地结合起来进行研究的新思路。
6) solution treated
固熔处理
补充资料：熔盐电解法生产铌粉(见熔盐电解法生产钽粉)
熔盐电解法生产铌粉(见熔盐电解法生产钽粉)
production of niobium powder by molten salt electrolysis
rongyand+onjlefa ShengChan n.fen熔盐电解法生产妮粉(produetion。fn;obi-um powder by molten salt eleetrolysls)见熔盐电解法生产担粉。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条