1) rotating and puffing argon method
旋转喷吹法
1.
Conclusion\ The rotating and puffing argon method is an effective way to.
目的 研究旋转喷吹法精炼铝合金的最佳工艺参数组合。
2) Spinning Rotor
旋转喷吹
1.
Especially,in the design of spinning rotor,a special pipeline is fixed inside the rotate pole,in order to decrease the temperature inside the rotate pole and prevent the spray flux softening owing to the high temperature and spinning rotor .
针对铝合金熔体除气净化方面存在的问题,对铝合金熔体旋转喷吹除气净化设备进行研究。
2.
A physical model for spinning rotor degassing of aluminum alloys was built by calculating in light of physical dimensions representing flowing according to similar theory for model.
从表征流态的物理量出发,利用模型的相似理论,通过计算建立了铝合金旋转喷吹除气系统的物理模型。
3.
The mechanism of spinning rotor degassing and the advantages of which were discussed.
本文论述了旋转喷吹法除气的机理及其优点,概述了旋转喷吹水模拟的研究进展以及旋转喷吹法在工业上的应用,指出旋转喷吹工艺存在的不足,并简要介绍了在其基础上发展起来的一些新工艺与研究动向。
3) spinning spraying
旋转喷吹
1.
The Degassing of AZ91D Mg Alloy by a Spinning Spraying Processing;
铸造镁合金旋转喷吹除气的试验研究
2.
Theoretical analysis and experimental research of degassing of AZ91 magnesium alloy by spinning spraying degassing;
AZ91镁合金旋转喷吹除气理论分析及实验研究
3.
The principles,metallurgic characters of ceramic foam filtration and spinning spraying were illustrated in detail,as well as the recent utilities on magnesium industry.
综述了镁合金非熔剂净化中常用的工艺方法,重点对非熔剂净化工艺中的泡沫陶瓷过滤、旋转喷吹气体净化的工作原理、冶金特点及应用现状作了详细阐述。
4) spinning rotor degassing
旋转喷吹
1.
Purification of Al alloys by spinning rotor degassing;
铝合金旋转喷吹净化工艺的研究
5) Spining-spraying Rotor
旋转喷吹转子
6) rotary impeller degassing
旋转喷吹精炼
1.
Rotary impeller degassing has been used to refine ZL114A alloy,The parameters of the refining equipment has been settled with comparing effect of different impeller rotation speed and flux of Ar2,the rule of content of H2 with refining time has been studied,and the best process parameters of rotary impeller degassing has been carried out.
采用旋转喷吹精炼工艺精炼ZL114A合金,通过选择设备不同的喷头转速、气体流量,确定了最佳的设备参数。
补充资料：熔融喷吹法
分子式：
CAS号：
性质：将物料放在电弧炉中熔融成熔体，在熔体流出的瞬间，以高压空气或过热蒸汽进行喷吹，使熔融物料分散成纤维或形成空心球的方法。这是生产耐火纤维和空心球（氧化铝空心球或氧化锆空心球）的主要方法。
CAS号：
性质：将物料放在电弧炉中熔融成熔体，在熔体流出的瞬间，以高压空气或过热蒸汽进行喷吹，使熔融物料分散成纤维或形成空心球的方法。这是生产耐火纤维和空心球（氧化铝空心球或氧化锆空心球）的主要方法。
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