From our experimental results, three rules about the design of an active brazing metal are suggested.

Influence of Cu on microstructure of soldered joint in Al brazing with rapid-solidifying Al-Cu solder

快速凝固Al-Cu钎料钎焊铝Cu对钎缝组织的影响

A study on a module to solve the problem of the inefficiency of vacuum brazing with silver based solder.

针对多年来银基钎料真空钎焊效果不佳的问题，以一组件为例进行研究。

Study on vacuum brazing with silver based solder

银基钎料真空钎焊效果的研究

However, the composite layer material itself has a very complicated manufacturing process. As differences in manufacturers or production technology, solder thickness and uniformity will affect the heat transfer during brazing and solder flow, which create difficulties for the brazing process.

而复合层材料本身就是很复杂的制造过程，由于生产厂家或生产技术的差异，钎料层厚度及均匀度会影响钎焊时的传热与钎料的流动情况，为钎焊工艺带来困难。

Application of Ag-Cu-P Brazing Solder with Negligible Content of Silver to a Electric Machine

Ag-Cu-P系列低银钎料在电机上应用

Development on High-frequency Induction Brazing Solder of Al/ 45 Steel

Al/45钢高频感应钎焊焊料的研制

Finally, the couple analysis of interfacial compound and micro flow, velocity field is conducted, the interfacial compound growth behavior under arc brazing are then enriched.

最后对液滴内部的显微流场、速度场和界面组织进行了耦合分析，表明电弧钎焊过程中的强大流场对界面须状金属间化合物的破碎和迁移有利，充实了电弧钎焊界面化合物生长过程研究。

Aiming at shortcoming of machining copper band, the method of cladding copper band using metal inert-gas arc brazing was investigated.

针对机械加工制成铜带的不足之处采用MIG钎焊方法堆焊铜带。

The study of metal arc brazing in argon method for joining thin plates under 0.5 mm

用熔化极氩弧钎焊方法焊接0.5mm以下薄壁件的研究

Interfacial Behavior of Aluminum/ Steel Arc Brazing

铝/钢电弧钎焊界面现象及行为

Interface Behavior and Joint Strength by TIG Arc Brazing for Titanium and Titanium Alloy

钛及钛合金电弧钎焊及接头强度

Numerical Simulation and Analysis of the Temperature Field for Direct Current GTAW Arc Brazing

直流GTAW电弧钎焊温度场的数值模拟及分析

Joint strength and fracture analysis of arc brazing with Cu based filler metals

Cu基钎料电弧钎焊接头强度及断口分析

Brazing temperature and lasting hours have certain influences to wearing and tearing ratio.

钎焊温度和时间对磨耗比有一定的影响。

As the brazing temperature increased, shear strength of the joints increased and then decreased.

在本研究的范围内，随着钎焊温度的升高，接头剪切强度表现为先升高后降低的趋势。

When the brazing temperature exceeded 650 ℃, the tensile strength decreased.

温度高于650℃，抗拉强度降低；

Study on effect of brazing temperature on wear properties of brazed WC coatings

钎焊温度对WC金属布钎焊耐磨层性能研究

However, the brazing temperature had little influence on the liquefying time.

而钎焊温度对中间层的液化时间没有明显的影响。

The influence of brazing temperature and time on the wettability is significant.

钎焊温度和时间对润湿性有重要影响。

Electron beam brazing temperature field PID control system

电子束钎焊温度场PID控制系统