The procedure of thermit welding for repair of the ingot die is presented in the paper.
介绍了铝热焊修复钢锭模的工艺过程。
This paper analyzes various welding defects appearing in the process of thermit welding, and advances some control measures.
分析了铝热焊焊接过程中出现的各种焊接缺陷，并提出了预防措施。
In this paper the influence of additives on the structure and properties of ceramic coating produced by static thermit SHS was investigated.
研究了添加剂对静态铝热shs陶瓷涂层结构和性能的影响。
Under similarly distributed load the anti-shock strength is analyzed with regard to cracking armor plate and the thermit welding armor plate.
对有裂纹的装甲钢板和铝热焊修补后的装甲钢板在受同样正向分布载荷下进行了抗击强度分析。
The influence of mechanical vibration is studied on SHS thermit combustion, ceramic solidification, as well as microstructure and properties of the static SHS process.
研究了机械振动对SHS铝热燃烧、陶瓷凝固及复合管组织性能的影响。
By comparison with manual arc welding, it is found that the thermit welding is a efficiency, energy saving and high quality process for repair welding of steel ingot die.
根据对比铝热焊与手弧焊修复工艺，阐明了用铝热焊修复钢锭模是一种高效、节能、焊接质量好的新方法。
Thermit reaction, a embranchment of SHS, USES the natural oxide as a low cost raw material, which has more prominent economic profits than the direct-compounded material with elements.
热剂反应是自蔓延高温合成反应的一个分支，它采用成本低廉的天然氧化物作原料，比元素直接合成材料具有更显著的经济效益。
This paper investigated the static thermit SHS ceramic coating. The composition, microstructure, mechanical properties and corrosion resistance of the ceramic coating have been analysed.
研究了静态铝热SHS陶瓷涂层，分析了涂层的成分、组织形态、力学性能和耐蚀性能。
They are produced by the thermit-centrifugal method of the combustion synthesis, which is an achievement of the "863" plan project. This process reaches an internationally advanced level.
采用燃烧合成技术领域的铝热离心法制备，是国家“863计划”项目成果。该技术具有国际先进水平。
The composite steel pipe made by the technology of SHS thermit centrifugal casting has excellent wear resistance and can be widely used in mines, electric power and building materials industry.
利用SHS铝热离心铸造技术制备的陶瓷内衬复合钢管具有优异的耐磨损性能，可广泛地应用于矿山、电力、建材等工业部门。
Thermit welding and elastic fastening device can reduce the number of joints, overcome the thermal expansion and cold shrinkage of rails, and make the operation of traveling crane smooth and steady.
采用钢轨弹力紧固装置和钢轨铝热焊技术，减少钢轨接头，克服钢轨热胀冷缩带来的弊端，使得行车在钢轨上运行平稳可靠。
Thermit welding and elastic fastening device can reduce the number of joints, overcome the thermal expansion and cold shrinkage of rails, and make the operation of traveling crane smooth and steady.
采用钢轨弹力紧固装置和钢轨铝热焊技术，减少钢轨接头，克服钢轨热胀冷缩带来的弊端，使得行车在钢轨上运行平稳可靠。
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