金屬熔池 的英文怎麼說
中文拼音 [jīnzhǔróngchí]
金屬熔池
英文
metal pool-
Purpose ： mainly to be material for making lithium metal and used in making for dehumidizer of air - condition, bleaching powder, disinfestant, electrolyte of lithium - battery, synthetic fiber, welding agent for alloys and flux
用途:主要用於制取金屬鋰的原料及空調除濕劑、漂白粉、殺蟲劑、鋰電池電解液、合成纖維、合金焊接劑或助熔劑。Research on the influence of the depth of slag pool on the depth of metallic bath using fem in the process of electroslag casting
電渣熔鑄中渣池深度對金屬熔池深度影響的有限元模擬But some problems are occurred, such as low bath temperature, difficulty in lime melting, slag overflow at vessel mouth, increase of metal consumption, difficulty in dephosphorization and low hitting rate at the final
在生產中出現熔池溫度低、廢鋼和石灰不易熔化、爐口溢渣、金屬消耗增加、脫磷困難、終點命中率低等問題。( 3 ) despite of many studies on oxidationjlithiation of porous nickel, a very important factor abstract has not been pay much 8ttedion to, that is, most of the matcria [ s in mcfc actually work under a ioad generated by the self weight of mcfc stack, which undoubtedly has a great effect on the materials performance in mcfc
（ 3 ）盡管近些年來，對于金屬ni在熔鹽中的氧化鋰化行為已進行了相當深入的研究，但是有一個很重要的因素卻未被關注。即， mcfc電池堆中的電極材料在實際啟動和運行過程中總是處于由電池堆自身產生的負荷狀態，負荷的存在無疑對電極材料的性能產生不容忽視的影響。The flow of the molten slag pool determines the temperature distribution and the pool profiles in the electroslag casting process, which finally impact on the quality of ingot casting
摘要電渣熔鑄過程中熔渣的流動決定了熔鑄體系溫度場的分佈以及金屬熔池的形狀，最終影響熔鑄鋼錠的質量。In this paper, a series of experiments are carried out with dlms for nickel - based metal powder materials, and the effect of process parameters in sample quality was investigated and analyzed. the main works are as following : ( 1 ) the effect mechanism of laser in metal powder and the nucleation mechanism are analyzed. ( 2 ) the process parameters that affect the quality of sintering parts are investigated and the way how they affect is clear
本文基於直接激光金屬燒結成形技術，通過對鎳基高溫合金直接激光燒結成形的研究，從工藝角度研究某型號鎳基高溫合金的激光直接燒結成形性能以及工藝參數對燒結製件性能的影響，所完成的工作主要有: （ 1 ）分析材料與激光相互作用的機理及熔池的動態快速凝固過程。Molten carbonate fuel cell ( mcfc ) is beiieved to be one of the most promising devices used for power piant in future, due to its high efficiency, negligible poiiution, unnecessary use of noble metal as catalyst, simp1e structure of power plant and other advant8ges
熔融碳酸鹽燃料電池（ mcfc ）具有清潔、發電效率高、不需使用貴金屬以及電廠結構簡單等諸多優點，因而在未來發電中具有十分廣闊的應用前景，目前已初步進入商品化階段。分享友人