- 更多网络例句与熔炼工相关的网络例句 [注：此内容来源于网络，仅供参考]
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Because the metal melt fluid washes outthe furnace lining unceasingly as the metallurgy smelting, the different furnace lining material, the furnace lining smelting life is dissimilar, so power frequency furnace is also same as any other type smelting when they are manufactured, not equiping with furnace lining material, the using factoryshould have the professional furnace lining technical personnel and furnaceman.
由于冶金熔炼时，金属熔液不断冲刷炉衬，不同的炉衬材料，炉衬熔炼寿命也不一样，不同的金属所适应的炉衬材料也不一样，所以工频炉出厂也同任何种类熔炼出厂一样，不配备炉衬材料，使用厂应备有专职的炉衬技术人员和筑炉工。
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Because time metallurgy smelting, the metal melt fluid washes out the furnace lining unceasingly, the different furnace lining material, the furnace lining smelting life is dissimilar, the different metal adapts the furnace lining material is dissimilar, therefore power frequency stove leaving the plant is also same as any type smelting leaving the plant, does not provide the furnace lining material, the use factory should have the professional furnace lining technical personnel and build the furnaceman.
由于冶金熔炼时，金属熔液不断冲刷炉衬，不同的炉衬材料，炉衬熔炼寿命也不一样，不同的金属所适应的炉衬材料也不一样，所以工频炉出厂也同任何种类熔炼出厂一样，不配备炉衬材料，使用厂应备有专职的炉衬技术人员和筑炉工。
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Because time metallurgy smelting, the metal melt fluid washes out the furnace lining unceasingly, the different furnace lining material, the furnace liningsmelting life is dissimilar, the different metal adapts the furnace lining material is dissimilar, therefore power frequency stove leaving the plant is also same as any type smelting leaving the plant, does not provide the furnace lining material, the use factory should have the professional furnace liningtechnical personnel and build the furnaceman.
由于冶金熔炼时，金属熔液不断冲刷炉衬，不同的炉衬材料，炉衬熔炼寿命也不一样，不同的金属所适应的炉衬材料也不一样，所以工频炉出厂也同任何种类熔炼出厂一样，不配备炉衬材料，使用厂应备有专职的炉衬技术人员和筑炉工。
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Related processes for recovery of lead and tin from smelters and refineries also provide indium and other compounds.
为来自熔炼工和精练厂的领引和锡的恢复相关的程序也提供 indium 和其他的化合物。
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Characters of Cast Iron Melted in the Coreless Induction Furnace and ...
同时阐述了工频炉熔炼铸铁炉前控制的操作规范。
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The GYG-1-240 energy conservation power frequency has the core smelting furnace, mainly uses in smelting the carbon steel, metals and so on alloy steel, high-manganese steel, ferroalloy, cast alloy iron, gray iron, copper, copper alloy smelts, because the furnace temperature is higher than 1600℃, and has six grade of temperature controls, suitably in 1250-1600℃ the different melting point metal's smelting, and may fall the files heat preservation to wait for the casting or the adjustment melt fluid ingredient, the electromagnetism magnetic field magnetic line of force automatic agitation causes the ingredient to be even, non-element loss by burning.
GYG-1-240节能型工频有芯熔炼炉，主要用于熔炼碳素钢，合金钢、高锰钢、铁合金、合金铸铁、灰铸铁、铜、铜合金等金属熔炼，由于炉温高于1600℃，并有六档温度调节，可适用于1250-1600℃不同熔点金属的熔炼，并可降档保温等候浇铸或调整熔液成份，电磁磁场磁力线自动搅拌使成份均匀，无元素烧损。
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The GYG-1-240 energy conservation power frequency has the core smelting furnace, mainly uses in smelting the carbon steel, metals and so on alloy steel, high-manganese steel, ferroalloy, cast alloy iron, gray iron, copper, copper alloy smelts, because the furnace temperature is higher than 1600℃, andhas six grade of temperature controls, suitably in 1250-1600℃ the different melting point metal's smelting, and may fall the files heat preservation to wait for the casting or the adjustment melt fluid ingredient, the electromagnetism magnetic field magnetic line of force automatic agitation causes theingredient to be even, non-element loss by burning.
GYG-1-240节能型工频有芯熔炼炉，主要用于熔炼碳素钢，合金钢、高锰钢、铁合金、合金铸铁、灰铸铁、铜、铜合金等金属熔炼，由于炉温高于1600℃，并有六档温度调节，可适用于1250-1600℃不同熔点金属的熔炼，并可降档保温等候浇铸或调整熔液成份，电磁磁场磁力线自动搅拌使成份均匀，无元素烧损。
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In our copper smelting plant, we have advanced mains frequency induction melting furnace, hot extrusion equipment, vacuum annealing furnace and advanced detection instruments. So that we can re-processing of the waste out of high-quality brass materials and raw materials Costs are in a better position.
我们的铜材熔炼厂，配备了先进的工频熔炼炉，大型热挤压设备，真空退火炉及先进的检测仪器，使我们的废料可以再加工出高品质的黄铜材料，我们的原材料成本必然更具优势。
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One was John Leonard Riddell, who served as melter and refiner at the Mint from 1839 to 1848, and, outside of his job, pursued interests in botany, medicine, chemistry, geology, and physics.
约翰·莱奥纳德·里德尔就是其中之一，1839年到1848年期间，他在新奥尔良铸币厂做熔炼工和精炼工，工作之余，他还修习了植物学，医药学，化学，地质学和物理学。
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The copper alloys with high strength and high conductivity was melted by a coreless frequency induction furnace and alloying elements were directly added into alloy liquid. It not only reduced the cost, but also improved the production efficiency. So the method was suitable for an industry production.
本文采用将合金元素直接加入有芯工频感应电炉的方法熔炼高强高导铜合金，既降低了成本又提高了生产效率，满足了工业化大生产的要求。
- 更多网络解释与熔炼工相关的网络解释 [注：此内容来源于网络，仅供参考]
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melter：熔炼工;熔炉
meltenglass 熔融玻璃 | melter 熔炼工;熔炉 | meltextractor 熔料分料梭
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smelter：熔化工
smelt 熔炼 | smelter 熔化工 | smelting furnace 熔炼炉