多孔金属的制备方法很多，如铸造类方法、粉末冶金类方法、沉积类方法。
There are many ways to produce the porous metal, such as foundry, powder metallurgy and deposition technique.
结构的裂纹多由冶金夹杂物、加工、装配、疲劳载荷和工作环境(如介质、高温等)等一种或几种的联合作用而产生。
The crackle of the structure was produced because of the reasons, such as metallurgical inclusion, processing, assembling, the alternated load and working environment, etc.
可运用此数学模型预报连铸各参数的冶金效果，如铸坯的温度场、液芯长度、凝固壳厚度等。
This model is aimed at forecasting the metallurgical effects of various CC process parameters, such as temperature field, liquid pool deepness and solidification profile.
多分部传动在生产中应用非常广泛，如造纸、车辆、冶金等行业中均存在多分部传动。
The multi-partment driving is used very widely, such as paper making, vehicle, and metallurgy and so on, all of these fields use the multi-partment driving.
适用于地质、冶金、建材、煤炭、石油等工业实验室切取矿样及其他材料如玻璃、陶瓷、玉石、石英、金属试样切片。
It serves to slice mineral sample in industrial laboratory of geology, metallurgy, building materials, coal and petroleum and so on.
广泛用于模具制造领域。如：硬质合金级进模、冲压模冷镦模、冷锻模、各种五金件锻造模具以及各种粉末冶金压制模具等。
The range of products includes cemented carbide progressive dies, punch dies, cold heading dies, cold forging dies, all kinds of hardware forging dies, and pressing mould for powder metallurgy etc.
对于湿法冶金溶剂萃取过程，如铜或稀土等的分离可望在提高设备效率，降低溶剂装量，减少相夹带等关键技术方面取得突破性进展。
In solvent extraction processes such as the separation of copper or rare earth elements, it will make a great progress to increase extractor efficiency and decrease solvent inventory and entrainment.
在初级或二级的处理设备如：冶金、纸浆和造纸、制革厂、食品和化工的废水。
Waste water of metallurgy, pulp and paper, tanneries, food and chemicals industries, in primary or secondary treatment plants.
按工艺性质分类，如拉深模、粉末冶金模、锻模等。
According to the classification process characteristics, such as drawing die, powder metallurgy mold, die, etc.
本制粒工艺亦可推广到其它用细粉未（如钨、钼、钛、锆等）制取粉末冶金多孔过滤材料的生产中。
This granulation process can also be widely used for producing P/M porous materials by using other fine powders, such as w, Mo, Ti, Zr, etc.
本发明可广泛应用于冶金、化工、航天航空、军事等工业和科研领域，如工业生产线上的红外在线探测、战地及野外环境中的红外夜视仪等。
This invention may be widely applied to metallurgical, chemical, astronautics and aeronautics industries, and scientific research domain, such as infrared detection, infrared night-viewer, etc.
可运用此数学模型预报连铸各参数的冶金效果，如铸坯的温度场、液芯长度、凝固壳厚度等。
This model is aimed at forecasting the metallurgical effects of various CC process parameters, such as temperature field, liquid pool deepness...
可运用此数学模型预报连铸各参数的冶金效果，如铸坯的温度场、液芯长度、凝固壳厚度等。
This model is aimed at forecasting the metallurgical effects of various CC process parameters, such as temperature field, liquid p…
这种成像技术应用于广泛的工业领域，如医药和冶金工程等不同行业。
The imaging capabilities are used in industries as diverse as pharmaceuticals and metallurgical engineering.
这种成像技术应用于广泛的工业领域，如医药和冶金工程等不同行业。
The imaging capabilities are used in industries as diverse as pharmaceuticals and metallurgical engineering.
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