合金熔化

PLC在镁合金熔化保温炉控制系统中的应用

Application of PLC in Control System for Melting and Holding Furnace for Magnesium

利用强迫振动扭摆方法对ZnAl二元合金熔化过程的低频内耗进行了研究。

The low-frequency internal friction in Zn-Al binary alloy during the melting process is measured via forced vibration torsional pendulum .

CAS工艺合金熔化与溶解过程调查及实验

Investigation and Experimental Studies on the Alloy Melting and Dissolving Behaviours in Liquid Steel in CAS Process

Zn-Al二元合金熔化过程的低频内耗研究

Study on the low frequency internal friction in Zn-Al binary alloy during the melting process

分子动力学法对Cu-Ag合金熔化及凝固过程的模拟

Molecular dynamic simulation of melting and solidification in binary liquid metal : Cu-Ag

15t侧装料铝合金熔化炉

Brief a 15t Al-alloy Melting Furnace with Side Charging

试验结果表明，训练出的网络模型具有收敛快、精度高等优点，完全可用于锌基合金熔化焊HAZ摩擦学性能预测。

The experimental result shows that the trained ANN model has merits of quick convergence speed and high precision , and it can completely be used in predicting the HAZ tribological properties of zinc-based alloy .

刺参控温促熟及人工育苗试验铝合金熔化炉炉膛控温试验及应用

Test and Application of Chamber TemperatureControl of Aluminum Alloy Melting Furnace

奥氏体型合金熔化焊接头微观组织不均匀性及对疲劳性能影响的研究

Microstructural Nonuniformity and Fatigue Properties of Welded Joints of Austenitic Alloys

锌基合金熔化焊接头特征区域分析

Analysis of the Characteristic Zones of Zinc-Based Alloy Fusion Welding Joint

铝和铝镁合金熔化极氩弧焊气孔及防止

Prevention of blowhole from aluminum and Al-Mg alloy TIG welding

新型铝合金熔化保温炉

New Type Melting and Holding Furnace of Aluminum - alloys

镁合金熔化炉熔液温度波动影响因素的模拟研究

Simulation research on influential factors of melt temperature in magnesium alloy furnace

原始组织及加热方式对Al-5.8wt%Cu合金熔化行为的影响

Effect of Microstructure and Heating Conditions on Melting Behavior of Al-Cu 5.8wt % Alloy

镁合金熔化工艺研究

Research on Magnesium Alloy Melting Technology

介绍了铝合金熔化保温一体炉的性能、结构特点及应用情况。

The characteristics , construction and application of melting and holding furnace for aluminium alloys are introduced .

GB/T1425-1996贵金属及其合金熔化温度范围的测定热分析试验方法

Determination of melting temperature range for precious metals and their alloys & Testing method of thermal analysis

采用自制装置研究了短弧区铝合金熔化极氩弧焊时的自身调节作用，测定了熔滴热焓、温度和焊丝熔化特性。

The intrinsic self regulation effect of aluminum alloy wire in the region of short arc in MIG welding is investigated with self made equipment .

和恒温蒸发曲线确定了铋银锌壳在真空中挥发的规律，并在氩气中测定了铋银锌合金熔化温度范围。

And isothermal distillation showed the regularity of vacuum distillation of Bi-Ag-Zn crust . The melting temperature range of Bi-Ag-Zn alloy in argon was determined .

基于流动传热分析的镁合金熔化炉结构设计与研究电硬焊机器和设备（熔炉，烘炉和加热设备除外）

Magnesium Alloy Melting Furnace Structure Design and Research Based on Flow Heat Transfer Analysis electric brazing machine and apparatus ( excl. furnaces , ovens and heating equipment )

结果表明，高温合金熔化焊接接头强韧性良好，断裂前应变可达17.5%，具有明显的形变强化效应；

The results reveal that the GH alloys welded joint had excellent strength and the fracture strain reaches up to 17.5 % , which shows remarkable strain strengthening effect .

尽管有几家国内企业的镁合金熔化炉投入生产，但是在节能、定量喂料精度、温度控制精度、熔炼质量方面与国外产品存在较大差距。

There are some domestic companies producing mg alloy furnaces though , the performance on energy economy , quantity pouring precision , temperature control precision and melting quality is far behind .

叙述了钢与铜及铜合金熔化焊、钎焊、固态焊的国内外研究现状。指出，研究适用于钢与铜及铜合金的固态焊接新工艺尤为必要。

The present research situation of fusion welding , brazing and solid-state welding of steel and copper or copper alloy is reviewed , points out that it is necessary to study the new technology of solid-state welding of steel and copper or copper alloy .

借助DTA、X射线衍射、金相显微镜、扫描电镜等测试手段，分析了合金的熔化特性、显微组织及合金相组成，并对钎料的流动性、润湿性及力学性能进行了测试和分析。

The melting property , microstructure and phase composition of alloys were analyzed by DTA , X-ray , metalloscope and SEM . The flowability , wettability and mechanical property were tested and analyzed .

根据以上的研究结果，重庆硕龙科技有限公司生产了HS系列气体保护压铸镁合金连续熔化浇注炉，部分满足了我国镁合金压铸生产对镁合金熔化浇注炉的需求。

According to the above achievements , the HS series Mg melting and pouring furnaces for die-casting were design and produced by Chongqing Sino S & T Company Limited for domestic Mg die casting market .

Ag-Cu-Si合金的熔化特性

Melting Characterization of Ag - Cu - Si Alloys

采用进口5356焊丝对国产6005A铝合金进行熔化极惰性气体保护焊，对焊接接头的力学性能和显微组织进行了研究。

Domestic 6005A alloy was welded using imported 5356 solder wire with method of MIG . Mechanical properties and microstructures of welded joint were studied .

介绍了科研人员在Inoue经验理论的指导下发现的判定块状金属玻璃形成能力的方法：①用合金摩尔熔化热判定金属玻璃形成能力；

The methods of determining the bulk metallic glass forming ability ( GFA ), which is found by researchers under the guide of experimental theory by Inoue , were introduced : ① by the mole heat of alloy melt ;

激光合金化熔化区电子显微分析

Electron microanalysis for laser melted zone in 45 steel with Fe-Ni-Cr coating

节能型铝合金连续熔化－去气炉

Economic Continuous Melting and Degassing Furnace for Al Alloy