钼丝

根据本文所介绍的算法，可精确的计算出数控切割机床钼丝的运动轨迹，消除了原理误差，提高了加工精度和生产效率。

According to the algorithm stated in the article we can precisely calculate the moving locus of the molybdenum filament on the N / C linear cutting machine , eliminating the errors in principle and raising the precision in processing and productive efficiency .

Si、Al、K掺杂钼丝强化机理研究

Study on the Strengthening Mechanism of Molybdenum Wire Doped with Si 、 Al 、 K

Si、Al、K掺杂钼丝的组织和性能研究

Microstructure and properties of Si 、 Al 、 K-doped molybdenum wire

该文探讨了采用遗传算法进行PID参数优化的基本步骤，并将其应用于线切割机钼丝张力数字控制系统中。

As an intelligence algorithm , the genetic algorithm is used for tension-control system optimization .

用XRD标定合金相组成，用SEM观察合金的显微组织，用万能电子拉伸机测定合金丝的力学性能并将测定结果与纯钼丝进行了对比研究。

The microstructure and phases composition of the alloys were investigated by XRD and SEM .

实验是在钼丝炉内，Ar气氛下，石墨坩埚中进行的。

Experiments were carried out in the Molybdenum-wound furnace under Ar atmosphere in the graphite crucible .

而对于复合掺杂K、Al、Si和稀土氧化物的钼丝的研究至今仍无人问津。

However , molybdenum wire multi-doped with K , Al , Si and rare earth oxide has not been studied yet .

超细钼丝是Z-pinch物理实验常用的材料之一。

The ultra-fine molybdenum wire is often used for Z-pinch experiment .

长期以来，对于掺杂K、Al、Si的钼丝和掺杂稀土氧化物的钼丝的研究一直受到学者们的广泛关注。

For a long time , the study on molybdenum wire doped with K , Al , Si and molybdenum wire doped with rare earth oxide has drawn extensive attention .

应用模糊参数自适应PID控制器实现线切割机钼丝的张力控制，减小钼丝的抖动频率和幅度，提高线切割加工质量。

The tension control of molybdenum wire produces a direct effect on the range and the frequency of its vibration , thus , affecting the quality of the wire cutting .

简要介绍了近年来Si、Al、K掺杂对钼丝再结晶温度的提高和高温力学性能的改善方面的研究，同时综合分析了Si、Al、K掺杂对钼的作用机理。

The recent studies on the increase of recrystallization temperature and the improvement of high temperature mechanical property in the Si-Al-K-doped molybdenum wire are briefly introduced . The mechanism of Si - Al-K doping is also analyzed .

放电过程中产生的少量NO2有害气体，可以通过加热的金属钼丝还原转化为治疗需要的NO。

A small quantity of NO2 , which is known to be a toxic gas , can be deoxidized to NO using a heated molybdenum wire .

用自行设计并安装的氢气气氛保护钼丝炉在超高温的条件下（＞1850℃）烧结HN－Al2O3的各种掺合试样。

Several doped HN-Al 2O 3 samples were sintered at ultra high temperature ( > 1850 ℃) in a hydrogen shielded molybdenum cord heating element furnance of our own design and installation .

包括二维轮廓的定义、二维半零件加工面的定义、编程模型的生成、钼丝坐标计算以及3B／4B格式指令、G指令的自动生成。

The definition of 2 and 2 dimensional contours , the generation of programming model , the calculation of cutter coordinates , and the creation of 3B / 4B and G instruction are included .

主要介绍了研究金属衬底上薄膜的物理性质的两种方法：第一种方法，用于测量沉积在钼丝上的TiN/Ti（C，N）多层膜的切变模量和内耗；

Two methods for studying the physical properties of thin films on a metallic substrate are briefly presented . The first method makes possible measurements of the shear modulus and internal friction of a TiN / Ti ( C , N ) multi-layer film deposited on a Mo wire .

结果表明，在一定范围内，NOx去除率随进气放电反应管通电数目、排气梯度钢筒通电数目和钢筒内钼丝缠绕数目的变化而变化。

The experiment results showed that , under the appropriate range , with the number of discharge reactor and the number of grads steel canister and the number of molybdenum increasing , the removal efficiency of NOx improved .

在净化的氩气气氛下、钼丝电阻炉内，用电融氧化镁坩埚研究了含FeO为7.8～44.0%的渣同铁液内铌的氧化反应动力学。

The oxidation kinetics of Nb in liquid iron with slags containing 7.8 ~ 44.0 % FeO at temperatures 1550 ~ 1650 ℃ was studied in a Mo-wire resistance furnace with fused magnesia crucible under purified Ar.

Si-Al-K掺杂钼丝研究综述

Studies on the Si-Al-K-doped Molybdenum Wire

利用钼丝在一定的温度下将NO2转化为NO，在350~500℃时NO2转化率为30%~60%。

In this paper , NO_2 was converted to NO with molybdenum ( Mo ) wires . Results showed that NO_2 conversion increased from 30 % to 60 % when temperature was raised from 350 ℃ to 500 ℃ .

通过500g钼丝炉和10kg感应炉进行了顶渣CaOSiO2MgOAl2O3CaF2渣系和喂线渣CaOBaOCaF2渣系在钢渣平衡状态的硫容量和钢水脱硫试验。

The sulphur capacity at steel-slag equilibrium conditions and molten steel desulphurization test with top slag CaO-SiO 2-MgO-Al 2O 3-CaF 2 and wire feeding slag CaO-BaO-CaF 2 have been carried out by using 500 g molybdenum-wound furnace and 10 kg inductive furnace .

喷涂钼丝表面缺陷处理研究

Study on the handling of spray molybdenum wires surface defect

掺杂提高钼丝再结晶温度的研究进展

Research Progress on Raising Recrystallization Temperature of Doped Molybdenum Wire

钼丝质量的影响因素分析及工艺改进措施

Analysis of effects on Mo wire quality and measures of technological improvement

线切割加工中钼丝振动主动控制的试验研究

Experimental Research on Active Vibration Control of Molybdenum Wire in WEDM Machining

钴对钼丝加工及组织性能的影响

Effect of Co on the Structural Processing and Properties of Molybdenum Wire

电解抛光法制备超细钼丝及其表征

Fabrication and Characterization of Ultra-Fine Molybdenum Wire by Electrolysis Polishing

改进轧制工艺提高钼丝质量

Improving the quality of molybdenum wire by a change of rolling technology

粗丝退火工艺对超细钼丝加工性能的影响

Effect of annealing treatments on mechanical working properties of superfine Mo wire

耐高温高强度钼丝的研究

Research on molybdenum wire of high temperature and intensity resistant

高质量钼丝用钼坯的制备

Manufacture of molybdenum ingot for high quality molybdenum wire