1) thin steel strip
极薄带钢
1.
Cause analysis and control of vibration marks on thin steel strip during cold rolling
极薄带钢冷轧过程振动纹成因分析及抑制
2) silicon steel strip
硅钢极薄带
1.
Effects of heat treatment parameters, such as annealing temperature, atmosphere, holding time and heating rate, on the magnetic properties and tertiary recrystallization behavior of the ultra-thin grain-oriented silicon steel strips were.
采用常规和异步轧制分别将0 3mm厚的成品取向硅钢板冷轧到0 10mm以下,然后在不同气氛的热处理炉中进行三次再结晶高温退火,研究同步、异步轧制条件下,热处理工艺参数(退火温度、保温时间、退火气氛、升温速度)对取向硅钢极薄带的磁性能和三次再结晶行为的影响·结果表明,相同的工艺参数下,真空退火的硅钢极薄带的磁性能优于氢气处理的;退火温度越高,保温时间越长,升温速度越快,磁性能越好,三次再结晶发展得越完善
3) thin steel sheet
极薄钢板
1.
This introduces about the present situation of MAG welding wire and process for the automobile manufacturing in Japan ,and a welding technology suitable for ultra thin steel sheets as a newly developed example.
这里介绍日本的适合于汽车的MAG焊接方法和焊丝的现状,以及作为新开发的例子,介绍适于极薄钢板的焊接技术。
4) thin strip
薄带钢
1.
Elastic-Plastic FEM Simulation on Thin Strip Cold Rolling Process;
薄带钢冷轧过程的弹塑性有限元模拟
2.
Compared to the conventional hot rolling strip mill the TSCR line is much more superior in rolling the(ultra) thin strip and(ultra) low carbon steel and the quality of its products is very well secured.
简单介绍了薄板坯连铸连轧技术特点、产品范围及工艺优劣势;还阐述了与传统热轧工艺相比,该薄板坯连铸连轧生产线生产(超)薄带钢、(超)低碳钢的优势以及相关产品质量保证的特点。
3.
The thin strip rolling process of 4-high strip mill is simulated and analyzed by using 3-D elastic-plastic FEM with software MSC.
Marc,采用三维弹塑性有限元法对四辊轧机轧制薄带钢的过程进行了模拟。
6) silicon steel thin strip
硅钢薄带
补充资料：带极堆焊施工现场
带极堆焊施工现场
带极堆焊施工现场
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