1) melting process
熔炼工艺
1.
The developing history of cupola and its melting process are discussed in this paper.
叙述了冲天炉的发展历史及冲天炉熔炼工艺的进展 ,介绍了世界主要工业国家冲天炉的最新应用概况。
2.
Applying top-outside hot-air cupola and proper melting process leads to improve comprehensive benefits.
炼钢渣铁的熔炼是其回收利用的可行方法,对熔炼炉和熔炼工艺都有特殊的要求,采用顶置式外热风冲天炉和适当的熔炼工艺可收到良好的综合效益。
3.
It concludes the choose of composition of alloys, the optimization of melting process parameters, the refining of alloy and the control of impurities, and the heat treatment technology are also studied.
对M91高温合金的制造工艺进行了研究,包括合金成份的选择、熔炼工艺的优化、合金的精炼及夹杂物的控制、合金的热处理工艺等;同时研制了一种M91高温合金晶粒细化剂——铝酸钴,并将其用于精铸VTR/C系列增压器涡轮叶片的表面铸渗,获得了铸件晶粒度从2—3mm细化至0。
2) smelting technology
熔炼工艺
1.
The smelting technology of H 2 is reviewed.
叙述了H2 钢的熔炼工艺及其主要性能的测试结果。
3) Smelting Process
熔炼工艺
1.
Present Status and Developing Tendency of Mg Alloy Smelting Process;
镁合金的熔炼工艺现状及发展趋势
2.
This paper describes briefly necessity of improvement of smelting process in Jinchang Smelter,proves that the blister copper production is better to be fixed at 60000-70000t/a after medification from point of view of heat balance of blowing and gas treating capacity of acid - making system and proposes a way to exploring potential in blister copper production capacity in the future.
本文简述了金昌冶炼厂熔炼工艺改造的必要性，从转炉吹炼的热平衡、制酸系统处理烟气能力等方面论证了改造后粗用规模以60－70kt／a为宜，并简要提出今后粗铜能力挖潜途径。
4) Melting technology
熔炼工艺
1.
A reasonable selection of melting technology and composition is an effective way to improve microstructure and properties.
随着工业的发展,对该合金的性能要求逐渐提高,合理选择熔炼工艺和合金成分是改善合金组织及提高合金性能的有效手段。
5) induction skull melting(ISM)
ISM熔炼工艺
6) Optimizing melting process
熔炼工艺优化
补充资料：采气工艺(见天然气开采工艺)
采气工艺(见天然气开采工艺)
gas production technology
，一‘J\匕乙吕天然气开采工艺pro以uetionteehnology)见
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