指出了保证钎焊温度的方法及其原理等。
The method to ensure proper soldering temperature and the principle for that is also dealt with.
试验结果表明，钎焊温度对润湿力作用显著。
The experiments show that soldering temperature play the most important role on wetting force.
研究了钎焊温度和保温时间对钎焊接头组织和性能的影响。
The influence of brazing temperature and holding time on microstructure and tensile strength was studied.
研究表明，铜的加入能够显著降低钎焊温度，从而有效保护钎焊母材。
The studies show that the addition of copper can lower brazing temperature significantly, by this can protect the brazing base materials effectively.
本文通过有限元分析的方法讨论了不同电子束扫描轨迹对钎焊温度场的影响；
The influence of different EB scanning tracks on the brazing temperature field is discussed by the finite element analysis method.
文章讨论了钎焊时间、钎焊温度、钎焊间隙及焊后扩散处理对钎焊接头再熔化温度的影响。
This paper discusses the effect of brazing time, brazing temperature, brazing gap and diffusion treatment on the remelt temperature of the brazed joint.
结果表明，钎焊温度过低或保温时间过短，钎料与母材相互冶金作用较弱，接头性能较差；
The results show that when the brazing temperature is lower or the holding time is shorter, the metallurgic reaction is not strong and the connection is not tight;
根据不锈钢毛细管板结构的钎焊特点，建立了扫描电子束钎焊温度场三维有限元分析模型。
This paper carries on the three-dimensional static electromagnetic field analysis on the electron beam scanning deflection coil with multi pole shoe structure.
研究了汽车发动机铝油冷器钎焊温度和钎料包覆率对钎焊质量的影响，借助金相显微镜对钎缝组织进行了分析。
The influence of brazing temperature and cladding ratio of filler metals on brazing quality of aluminum oil cooler for automobile engine was researched.
对多种锡铅焊料进行一系列不同条件下的漫流性试验 ，分析它们在铜表面上的铺展状况 ，最后归纳出焊料成分、钎焊温度、助焊剂对软钎焊料漫流性影响的规律。
The results show that the melting properties of the solder alloy are satisfactory, and the soldering temperature and time have much effect on the shearing-strength of the joints.
采用MARC软件对铍环激光束钎焊过程的温度场和应力场进行了有限元分析。
MARC software was used to simulate the temperature and stress fields of laser beam braze welding process of beryllium ring.
同时，讨论了最佳扫描轨迹下电子束钎焊工艺参数对温度场的影响。
Meanwhile, the effects of processing parameters of EB brazing on the temperature field at optimal scanning track are discussed.
本文给出了采用单片机对ZLQ-400WD真空钎焊炉温度进行测控的系统。
The microcomputer system based on the single chip microcomputer achieves temperature control on the ZLQ - 400WD vacuum welding furnace.
结果表明，扩散处理及钎焊间隙对钎焊接头的再熔化温度有强烈的影响。
Results show that both the diffusion treatment and the brazing gap affect strongly on the remelt temperature.
讨论了真空钎焊的工作原理及钎焊工艺，并提出可通过测量炉内真空度的办法来确定焊接工作温度。
The principle and th technology of the carbide vacuum brazing are discussed in this paper. The brazing temperature can be decided by measuring the furnace vacuum degree.
对铍环激光束钎焊过程的温度场和应力场进行了有限元模拟。
The temperature and stress fields of a ring structure laser welding are simulated by finite element method (FEM).
由于钎焊是表现在温度与热短程，应变必须避免在钎焊和冷却这一合金。
Since brazing is performed at temperatures within the hot-short range, strain must be avoided during the brazing and cooling of this alloy.
开发适合真空钎焊炉温度控制特点的智能模糊整定PID参数的控制方案，明显地改善了温度控制的精确性。
The control strategy for developing the intelligent fuzzy integrated PID parameters obviously improves the precision of temperature control.
论文着重研究了真空电子束钎焊的温度场和激光焊接熔池温度场的测量。
This thesis researches the temperature field measurement of the welding of electron beam in the vacuum and laser welding pool.
通过对钎料润湿性的研究确定钎焊试验的温度和时间范围；通过剪切试验研究了钎焊工艺参数对接头强度的影响。
The temperature and time range of brazing through the wetting experiment were confirmed, and the effect of brazing conditions on the joint strength through the shear experiment was discussed.
本文设计了用于钎焊硬铝合金ly 12的低熔点钎料，为实现铝合金在更低的温度下连接提供基础。
In this paper, low-melting filler metals for LY12 aluminum alloy were developed, which can be the foundation of aluminum alloy joining at a lower temperature.
本文设计了用于钎焊硬铝合金ly 12的低熔点钎料，为实现铝合金在更低的温度下连接提供基础。
In this paper, low-melting filler metals for LY12 aluminum alloy were developed, which can be the foundation of aluminum alloy joining at a lower temperature.
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