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- The results show that niobium increment retains the formation of pearlite and makes fraction of acicular ferrite and fine niobium carbonitride niobium increase. 研究结果表明,铌含量的提高抑制了珠光体的形成,促进了针状铁素体的形成,细小的碳氮化铌析出相增多;
- Keywords 3-Dimensional Atom Probe;Nb Microalloying;Niobium Carbonitride;Precipitating Feature; 三维原子探针;铌微合金化;铌碳氮化物;析出特征;
- Niobium Carbonitride 铌碳氮化物
- A black mineral is an ore of niobium and tantalum. 一种黑色矿物是铌、钽矿石。
- Application: For niobium sheet and wire etc. 用途:产品用于生产铌片,丝等加工材。
- For niobium powder and superconductors. 铌粉,超导原材料。
- Niobium oxides are favorable promoter and Support. 铌氧化物是优良的促进剂和良好的载体。
- Kinetics of Strain Induced Precipitation of Niobium Carbonitrides in Austenite of Nb Steels 含铌高强结构钢应变诱导沉淀相析出动力学
- Use of copper welding, the welding wire with niobium as the media. 选用铜焊，在焊接时用铌丝作媒介。
- I also wish to know about the Reactor Grade Niobium sheet. 我并且希望知道关于反应器等级铌板料。
- Niobium is the metallic element with the highest transition temperature. 铌是转变温度最高的金属元素。
- The run status for tantalum &niobium industry in China in 2006 is summarized. 评述了2006年中国钽铌工业的运行状况。
- Application: Used in niobium mill products, additive in alloy and welding bars. 用途:产品用于生产铌加工材,合金添加济,电焊条等。
- Simply by adding an additional gas such as acetylene (C2H2), you can create chromium carbonitride. 简单地加入另外的气体例如乙炔，就能形成铬的碳氮化合物。
- The effect of technical parameters on nitrogen content in vanadium carbonitride is investigated. 研究了一步法合成碳氮化钒的生产工艺及工艺参数对碳氮化钒氮含量的影响。
- CARBONITRIDE ENTIRE PART TO .015/ .025EFFECTIVE CASE DEPTH - SLOW COOL. LABCERTIFY CASE DEPTH. 整个碳氮的有效部分的深度为0.;015/0
- The influence of deposition parameters on chemical structure and optical properties of silicon carbonitride film[J]. 引用该论文 朴勇;梁宏军;高鹏;丁万昱;陆文琪;马腾才;徐军.
- The central part of the ring structure may be either carbide with a high W content or carbonitride with a high Ti content. 环状结构心部可以是以钨等重金属元素为主要成分的碳化物， 也可以是以钛为主要成分的碳化物和碳氮化物。
- A black,red-brown,or colorless mineral,essentially(Fe,Mn)(Nb,Ta)2O6,the principal ore of niobium. 铌铁矿一种黑色的、红褐色或无色矿物，本质是（Fe，Mn）（Nb，Ta）2O6，是主要的铌矿。
- Raman spectra of boron carbonitride(BCN) nanotubes made by thermal decomposition under different temperatures and with different catalysts were analysized. 对不同温度和不同催化条件下用高温热解法制备的硼碳氮 (BCN)纳米管的拉曼光谱进行了分析。
