brazing alloy
英 [ˈbreɪzɪŋ ˈælɔɪ]
美 [ˈbræzɪŋ ˈælɔɪ]
网络 钎焊合金; 硬焊合金; 钎料
双语例句
- Sterling aluminium solder spelter brazing alloy
斯特林锡锌铝合金焊料 - When joint is filled, a continuous rim of brazing alloy will be visible.
连接处被布满后，就会看到焊接合金的边沿。 - High power transverse flow CO2 laser was used to scan the brazing alloy and diamond grits.
采用高功率横流CO2激光扫描钎料合金与金刚石颗粒。 - The Effect of the Thermal Input on the IMC Morphologies in Sn-Ag Based Composite Solder Matrix; spelter brazing alloy
热输入对锡银基复合钎料基体中金属间化合物形态的影响铜锌基硬钎焊料合金 - The temperature of the joint should be hot enough to melt the brazing alloy.
连接部位的温度应该高到能够融化铜焊合金。 - I had invested preparing brazing alloy by powder metallurgy method in contrast with electric arc smelting method and measured wetting angle by measuring data reciprocal form method in contrast with sphere simulation technique method.
对比研究了粉末冶金法、电弧熔炼法制备钎料和球体模拟法、测量数据反形法对润湿角的测量。 - Joint strength of Si_3N_4 brazed with Ti-Zr-Ni-Cu amorphous brazing alloy
Ti-Zr-Ni-Cu非晶钎料钎焊Si3N4陶瓷的连接强度 - R& D of Low Temperature Ceramic/ Metal Brazing Alloy
环保型陶瓷/金属低温钎料的研究与开发 - By applying precursory film, I had firstly found the reason from micro-thought theory-interpretation that brazing alloy spread.
首次应用先驱膜这一概念对钎料铺展作了微观理论解释。 - Results show that the SiC/ brazing alloy interface could be divided into three zones, one rich in Ni and Co, one rich in Cr and another rich in Ti.
结果表明，钎料与SiC陶瓷的反应界面可分为富Ni、Co，富Cr及富Ti的三个区域。 - The activity of Ti as a alloy element is a key factor influencing the interface reaction between ceramics and the brazing alloy, and plays an important role in wettability and joining ability of ceramics by the brazing alloy.
合金组元Ti的活度是影响钎料/陶瓷界面反应的关键因素，对钎料与陶瓷的润湿性和连接能力起着重要的作用。 - This paper has dealed with the adventages of using the Zn-Mn-Ni-Cu brazing alloy for iron casting brazing.
本文介绍了一种钎焊铸铁用Zn-Mn-Ni-Cu合金。 - The effect of al, Cr Ni and re on oxidation behaviors of Ag-Cu eutectic based active brazing alloy
Al，Cr，Ni和RE对Ag-Cu钎料氧化行为的影响 - Cracks appear at the interface between steel and braze metal when copper-phosphorus brazing alloy is used, and the joint fails from this place after being corroded.
结果表明：采用Cu-P钎料时钢和钎缝间出现裂纹，接头遭受腐蚀后铜管内壁普遍腐蚀，同时钎缝因腐蚀而开裂； - This paper studies the material components of Polycrystalline Diamond Compact ( PDC) blank, bit matrix and brazing alloy, and discusses some drilling technical parameters relating to the above problems.
本文分析研究了PDC托的材料成分、钻头胎体的材料成分和钎焊合金的材料成分，并讨论了与之相关的一些钻井工艺参数问题。 - In addition, I had separately analyzed brazing alloy component and brazed joint between diamond film and hard alloy by SEM and XRD.
此外，使用SEM和XRD分别对钎料成分和金刚石膜与硬质合金的钎焊接头进行了分析。 - Active brazing alloy TY-8 was tested.
对TY-8活性钎料进行了封接性能试验。 - Study of the Au-Ag-Ge Brazing Alloy
Au-Ag-Ge钎料的研究 - In this paper, the Ag-Cu-Ti brazing alloy has been analyzed thermodynamically, the Ti activity and its relation to the concentration of the alloy components have been studied, and the interaction parameters of the alloy components have calculated.
作者借助热力学对Ag-Cu-Ti活性钎料进行了热力学分析，重点分析了Ti的热力学活度及其与组分浓度之间的关系，计算了各组分之间的相互作用参数。 - Ni-Cu-Mn-Co Brazing Alloy and Its High-Temperature Deformation Mechanism
Ni-Cu-Mn-Co钎料及其高温变形机制 - The theoretical rules among the high temperature performance of the brazing alloy, strain rate and the function of Co alterant are analyzed.
分析了钎料高温性能与应变速率、钴的变质剂作用等因素之间的理论规律。 - Effects of Co Addition on the Characteristics of Ag-Cu-Pd Brazing Alloy
钴对Ag-Cu-Pd合金钎料性能的影响 - In this paper, a firm joint between steel base and diamond grain was realized by using a high frequency induction welding technique. Ni Cr was used as the brazing alloy and the brazing current and time were carefully controlled.
利用高频感应加热的方法，以Ni-Cr合金为钎料，通过控制电流和加热时间，实现了金刚石与钢基体的牢固连接。 - Study of brazing alloy used in Cu-based alloy cladding reinforced with WC particles
WC颗粒增强铜基合金覆层用钎料的研究 - Development of Rapidly Quenched Ni-Pd Brazing Alloy
急冷Ni-Pd合金钎料的研制 - Study on Metamorphism Action of Cobalt in Ni-Cu-Mn Brazing Alloy
Ni-Cu-Mn钎料中钴的变质剂作用研究 - Study of the Action Mechanism of cobalt in Copper-based High Temperature Brazing Alloy
铜基高温钎料中钴作用机制的研究 - Therefore, the development of magnesium alloy brazing alloy is of great significance to promote the development of magnesium alloy welding technology.
所以，研制高质量的镁合金钎焊材料对促进镁合金焊接技术的发展具有重要意义。 - In this paper, commercial and self-developed brazing alloy were used to join graphite and copper. Interface reaction mechanism of the brazed joints and preparation principle of braze alloy were analyzed.
本文采用商用钎料和自己研制的新型钎料对石墨与铜进行钎焊，分析了钎料制备原理和界面反应机理。