食品的非热加工技术已成为研究的热点。
多传感器数据检索热加工。
减粘裂化是一种较为成熟的热加工工艺。
零部件及热加工基地。
这些对钛合金叶片的热加工提供了宝贵的经验。
And this case has provided a valuable experience for the hot-working of titanium alloy blades.
但该钢在热加工过程中极易产生粗晶，从而影响性能。
But the large grains will be created in microstructure during heat processes.
针对新型超高强铝合金材料的热加工工艺进行了研究。
The heat process technology had been studied for new ultra high strength aluminum alloy in this paper.
真空扩散焊接技术是机械热加工中一种先进的工艺方法。
Vacuum bonding is one of the advanced technique of mechanical procedure.
吴季徇先生一直致力于与热加工技术有关的产品开发和研究。
Mr. Wu Jixun has been working with the hot processing technology-related product development and research.
详细叙述了高速钢碳化物形貌对热加工工艺及模具寿命的影响。
The influence of high-speed steel carbide appearance to hot-working technology and die & mold life was stated in detail.
采用流化固体技术使低级重质油转化为轻质产品的热加工过程。
A thermal process utilizing the fluidized-solids technique for continuous conversion of heavy, low-grade oils into lighter products.
详细介绍了近年来非热加工技术在果蔬汁中的研究与应用现状。
In the paper, the current situations of the researches on non thermal processing and the commercial application of the technology to fruit and vegetable juices are introduced.
这对材料的变形是有害的，要避免在流动失稳区进行热加工处理。
Thermo mechanical processing in this region should be avoided because this was harmful to deformation of the alloy.
根据动态材料模型建立并分析了其热加工图，同时观察了变形组织。
Processing map was also established based on the dynamic materials model. The microstructure evolution at different conditions was analyzed.
这种高阻隔材料价格低廉，热塑性好，热加工性能优异，可重复使用。
The high barrier material is low in price, fine in thermoplasticity and excellent in hot working property and can be reused.
同时电渣重熔改善了硫化物形貌和分布情况，提高了材料热加工塑性。
The process is able to decrease the cost of production, get sulphur yield stable, improve the shape and distribution of sulphides in material, and increase the plasticity of hot -working.
并且有显著的消烟除尘效果，达到环保要求，是热加工系统的重要设备。
And there is significant XiaoYanChuChen effect, achieve environmental protection request, is the important equipment hot-working system.
随铝含量增加单相奥氏体区变小变无，液化温度降低，热加工性能恶化。
With Al content increasing, Uniphase austenite area decreases or disappears, the liquefaction temperature becomes low, and hot-workability worsens.
那些物理变化需要更多的能量，所以食物热加工可能是这些变化的助推器。
Those physical changes required more energy, and exposing food to fire may have provided that boost. Of course, a legacy of evolution is that modern humans often gain too much weight.
那些物理变化需要更多的能量，所以食物热加工可能是这些变化的助推器。
Those physical changes required more energy, and exposing food to fire may have provided that boost.
那些物理变化需要更多的能量，所以食物热加工可能是这些变化的助推器。
Those physical changes required more energy, and exposing food to fire may have provided that boost .
锻造合金：较易延展的金属合金，在制造过程中可以进行热加工或冷加工。
Wrought alloy. A metal alloy that is relatively ductile and amenable to hot working or cold working during fabrication.
合理地改善热加工时间和温度，可以减轻钢中残余铜元素所导致的热脆性。
Improving the time and temperature of hot-working process rationally, the hot brittleness caused by residual copper is lightened.
配重铁是人类掌握比较早的一种金属热加工工艺，已有约6000年的历史。
The counterweight iron is the humanity masters the quite early one metal hot-working craft, had the approximately 6000 history.
过热加工显著增加了样品中日粮纤维中蛋白质含量，而非淀粉多糖变化不大。
Overheating treatment made considerable increase of protein content in dietary fiber, while the non-starch polysaccharides contents changed rarely.
无缝钢管的穿孔过程是一个热加工过程，顶头的温度分布对于其寿命至关重要。
The piercing process of seamless steel tube is a hot working process, the distribution of plug temperature is very important to its service life.
深谙各种塑料产品之加工工艺，如普通注塑，真空注塑，塑料挤出，热加工等。
Rich experience in all plastic production processes such as injection mold, vacuum mold, forming, plastic extrusion& fabrication etc.
含氮不锈钢的高温热塑性主要受热加工温度、钢中硫含量、氮含量等因素影响。
The hot ductility is influenced by hot worked temperature, sulfur content, nitrogen content and so on.
要小心谨慎，以确保这些惰性气体炉是完全密封的，并保持持续的热加工过程。
Special care has been taken to ensure these inert gas ovens are fully sealed to maintain their inert atmosphere and provide consistent thermal processing.
对不同热加工状态的AM 50镁合金在不同试验温度下的拉伸性能进行了研究。
The tensile properties of magnesium alloy AM50 subjected to various hot-working conditions were investigated at different test temperatures.
应用推荐