1) Ca microalloying
微钙合金化
1.
The continuous castings of wrought magnesium alloy AZ31 with or without the effects of electromagnetic field and Ca microalloying were investigated,and the appearances, microstructures and mechanical properties were compared.
对变形AZ31镁合金在连铸过程中有、无施加电磁场和微钙合金化进行试验研究,并对铸锭的表观质量、微观组织和力学性能进行对比分析。
2) calcium carbide alloy
碳化钙合金
3) microalloying
微合金化
1.
Application of V-microalloying Technology in Producing HRBL600 Reinforced Bar;
钒铁微合金化工艺在HRBL600钢筋生产中的应用实践
2.
The effect of V,N,Nb microalloying on the microstructure and properties of containing strip rolled from thin slab;
V、N、Nb微合金化对薄板坯连轧带钢组织和性能的影响
3.
Development History of Nb-microalloying Technology and Progress of Nb-microalloyed Steels;
Nb微合金化和含铌钢的发展及技术进步
4) microalloy
微合金化
1.
A Study on Rare Earth Metal Microalloying of Alloy Steel;
合金钢的稀土金属微合金化研究
2.
Technical Study on Electromagnetic Casting and Microalloy of High Strength Aluminum Alloys;
高强铝合金微合金化与电磁成型技术的研究
3.
The core of the new manufacturing process for the high quality upgraded Manganese steel is fractionation modification,composite inoculation and microalloying technique,which are affected each other.
优质改性高锰钢生产新工艺的核心是将分级变质处理、复合孕育处理和微合金化技术三位一体,互为作用。
5) Micro-alloying
微合金化
1.
Effects of micro-alloying with Sc and Ti on the microstructure and mechanical property of Al-Mg based alloys;
复合微合金化对Al-Mg合金组织与性能的影响(英文)
2.
Analysis and Study of Steel Plate with Nb Micro-alloying;
Q345中板加Nb微合金化生产工艺分析与研究
3.
Micro-alloying and Controlled Rolling of X70 Steel with Less Pearlite used for Pipeline;
少珠光体管线用钢X70的微合金化及控制轧制
6) Microalloyed
微合金化
1.
A high performance tobacco stem untying tool has been developed based on a microalloyed high-carbon low-alloy tool steel and its low-temperature secondary hardening technique.
研制出一种微合金化高碳低合金工具钢及其低温二次硬化工艺技术,其主要力学性能达到国际先进水平,由此研制生产出可替代进口的高性能烟叶解把刀,其主要使用性能及性价比明显超过国外进口产品。
2.
The continuous cooling transformation of microalloyed low carbon bainitic steel after ausforming was investigated by using a Gleeble 1500 thermomechanical simulator.
利用Gleeble 1500热模拟试验机研究了微合金化低碳贝氏体钢形变连续冷却转变行为,并采用OM和TEM分析了冷却速度对组织的影响规律。
补充资料:碳化
分子式:
CAS号:
性质:又称碳化。固体燃料的热化学加工方法。将煤、木材、油页岩等在隔绝空气下加热,使分解为气体(如煤气)、液体(如焦油)和固体(如焦炭)产物。干馏设备一般为工业炉窑,煤气由炉窑逸出,并带有焦油蒸气,可以回收。焦炭则残留在炉窑中。根据加热的最终温度,一般可分为高温干馏(约900~1100℃)、中温干馏(约660~750℃)和低温干馏(约500~580℃)。此外,还有成堆干馏或煤堆干馏等。
CAS号:
性质:又称碳化。固体燃料的热化学加工方法。将煤、木材、油页岩等在隔绝空气下加热,使分解为气体(如煤气)、液体(如焦油)和固体(如焦炭)产物。干馏设备一般为工业炉窑,煤气由炉窑逸出,并带有焦油蒸气,可以回收。焦炭则残留在炉窑中。根据加热的最终温度,一般可分为高温干馏(约900~1100℃)、中温干馏(约660~750℃)和低温干馏(约500~580℃)。此外,还有成堆干馏或煤堆干馏等。
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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