crucible process
英 [ˈkruːsɪbl ˈprəʊses]
美 [ˈkruːsɪbl ˈprɑːses]
网络 坩埚炼钢法; 坩埚加工
双语例句
- The indexes were compared with those ones in gold electrolyte preparation with bisque firing crucible process.
阴离子交换膜在金电解造液过程中的技术指标，其优于素烧坩埚金电解造液技术指标。 - All high-quality tool steel and high-speed steel was long made by the crucible process.
在很长的一段时间内，所有优质工具钢和高速钢都是用坩埚法熔炼。 - Crucible process: Technique for producing cast or tool steel.
坩埚法：生产优质钢或工具钢的工艺。 - TEMPERATURE MONITORING SYSTEM: As needed, with a thermocouple placed at the crucible, temperature can be monitored to obtain a constant temperature during the last7min of process.
独特设计，检测热电偶可放置在坩埚正中，能有效的控制试验过程最后7分钟的样品温度。 - Investigation of Interfacial Reactions between TiAl Alloy and Crucible Materials during Directional Solidification Process
TiAl合金定向凝固过程中与坩埚材料的界面反应研究 - Medium silicon heat-resisting nodular cast iron has been chosen instead of common grey iron to make cast aluminium crucible according to the work condition. making process and cost of the crucible.
依据铸铝坩埚的服役条件，制造工艺和成本要求，选择中硅耐热球铁取代普通灰口铸铁制造铸铝坩埚。 - Drawing single Ge crystal with large diameter and big diameter ratio of crystal to crucible by means of Czochralski process
切克拉斯基法拉制大晶埚径比大直径锗单晶 - The manufactures of vaporizing crucible materials are with big difficulties because of the special chemical activity of melten or evaporated uranium and the severe thermal shock from the heating electron beam during the separation process.
由于高温熔铀特有的化学活泼性和在分离过程中电子束加热产生剧烈的热冲击，使得这类材料的制备具有很高的难度。 - Technique of the Large-sized Heat-resistant Cast Steel Crucible Made by Lost Foam Casting Process
大型耐热铸钢坩埚的消失模铸造工艺 - The results showed that graphite crucible sample which were dipped by acid phosphate aluminium whose ratio of Al to P is 1/ 2 obtained relatively nice oxidation resistance capability after heat treating, temperature of impregnant and sample should be about 90 ℃ in dipping process.
结果表明：试样浸渍Al/P比值为1/2的酸式磷酸铝、控制工艺过程中浸渍剂和试样的温度在90℃左右，石墨坩埚试样浸渍处理后可获得较理想的抗氧化性能。 - Material sort, melting capacity, working condition, building process of the crucible and melting process are main factors influencing working life of the crucibles of induction furnaces.
坩埚的材料、容量、工作状态、制作工艺及熔炼工艺是影响感应电炉坩埚使用寿命的主要因素。 - The characteristics of the smelting technology, the structure of the cooling crucible, operation principle and one dimensional analysis of smelting process are introduced here.
本文介绍冷坩埚熔炼技术的特点，冷坩埚的结构、工作原理以及熔炼过程的一维解析解。 - NaNbO_3 crystals, several millimeters large in size, have been grown successfully in corundum crucible with high purity, which is attributed to a combination of composite fluxes of NaCl and Na_2CO_3, melt-back process and imbedded crucibles.
采用NaCl和Na2CO3作复合助熔剂，结合回熔、坩埚套装方法，在高纯氧化铝刚玉坩埚中生长出毫米大小的常温反铁电体NaNbO3晶体； - High graphitization degree or increase of graphitization degree for crucible during growth process will degrade the growth rate of crystal and augment Si inclusions and defects relative to them.
但高石墨化度的坩埚，或者坩埚随高温晶体生长过程石墨化度的提高，都将直接导致晶体生长速度减缓，并导致籽晶表面Si相及与其相关的缺陷增多。 - It is of significance to prepare TiAl-based alloys by cold crucible electromagnetic confinement and directional solidification technique because of its unique features without contamination and continuity during process.
冷坩埚电磁约束成形与定向凝固技术对于探索高质量钛铝基合金的制备成形具有重要意义。