熔煉特性 的英文怎麼說

中文拼音 [róngliàntèxìng]
熔煉特性 英文
smelting characteristic
  • 熔 : 動詞（熔化） melt; fuse; smelt
  • 煉 : 動1. （用加熱等辦法使物質純凈或堅韌） refine; smelt; work 2. （燒） temper with fire 3. （使詞句精美簡潔） polish
  • 特 : Ⅰ形容詞（特殊; 超出一般） particular; special; exceptional; unusual Ⅱ副詞1 （特別） especially; v...
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 熔煉 : smelt; smelting; fusion; metallurgy
  • 特性 : characteristic（s）; character; performance; features; properties; behaviour; response; character...
  1. Melting characteristics amp; amp; operational proceeding of mf induction furnace

    中頻感應電爐的熔煉特性及操作
  2. This part convincingly demonstrated the great importance of the development of the school image in the new era, with the respects of the school image and management, the school image and school special features and brand, the school image and school culture, the school image and team spirits. it elaborated that the development of the school image is beneficial to manage the school scientifically, reasonably and systematically and run a school with the managerial way, is conducive to create and set up the school brand and run a school with own specialty and fame, is conducive to create the cultural atmosphere, refine cultural connotation and run a school culturally, is conducive to melt the team, upgrade the spirit, construct the organization in the character of learning and run a school in a way of sustained development

    理論部分在了解了學校形象概念的基礎上，側重談了建設學校形象的意義，分別從學校形象與學校管理、學校形象與學校特色和品牌、學校形象與學校文化以及學校形象與團隊精神四個視角加以分析研究，有力地闡明了新時期學校形象建設的重要性，認為建設學校形象有助於科學、系統、合理地管理學校，走管理辦學的道路；有助於創建學校特色和打造學校品牌，走個性化和品牌辦學的道路；有助於營建文化氛圍、錘煉文化內涵，走文化辦學的道路；有助於熔煉團隊、提升精神、建設學習型組織，走可持續發展的道路。
  3. Fesi2 - based semiconductors have been studied due to its good performance, low cost and potential application in power generation using waste heat. state - of - the - art techniques such as levitation melting, rapid solidification and hot uniaxial pressing ( hup ) were used for sample preparation in the present work. the phase transformation, micro structure and transport properties of the materials have been analysed with xrd, sem / edx, raman spectroscopy as well as thermoelectric characterization

    在綜合評述國內外熱電材料研究新進展的基礎上，本文以懸浮熔煉、快速凝固和單軸熱壓等制備工藝為技術特徵，以mn或al摻雜fesi _ 2基合金為研究對象，採用xrd 、 sem / eds 、 raman光譜以及材料熱電性能測試等分析表徵手段，系統研究相變過程、微觀結構特徵及其對材料熱電性能的影響。
  4. The improvement technique of the single - slag manner smelting steel of arc furnace has been put forward, with details of discussion about suitable conditions and range of such technique and analysis of process characteristics and effect mechanism

    摘要提出了電弧爐單渣法煉鋼的改進工藝，針對單渣法熔煉的工藝內容，較為詳細地討論了其工藝適應條件和范圍；分析了藝流程特性和工藝行為的作用機理。
  5. Researches of characteristics and problems of liquid iron during melting process with medium frequency induction furnace

    中頻感應電爐熔煉鐵液特性研究及對策
  6. It does n ' t react with nonferrous metal and has a high thermal conductivity rate. its properties of thermal shock resistance, scour resistance and corrosion resistance are very excellent. so silicon nitride bonded silicon carbide is a eximious refractory of al, cu, zn, mg melting field

    氮化硅結合碳化硅是近年來發展起來的特種高溫結構陶瓷材料，該材料不與有色金屬熔體潤濕，導熱率高、抗熱震性好、抗沖刷、抗金屬蒸汽侵蝕，是優質的鋁、銅、鎂合金熔煉及鋅冶煉行業用陶瓷材料。
  7. In this paper, an ingot of niobium - niobium silicide based in - situ composites ( rmics ) was prepared by arc melting process, and nb - nb3si / nb5si3 in - situ composites with a uniformly orientated microstructure were produced in a high temperature gradient directional solidification apparatus named electron beam floating zone melting ( ebfzm ). the relationships between the processing parameters and the characteristics of the solidified microstructure have been investigated. the influence of the microstructure on the mechanical properties has been revealed and the rupture mechanism at room temperature has been discussed

    本文採用真空電弧自耗熔煉法制備了鈮?硅基rmics材料的母合金錠，並採用電子束區熔（ ebfzm ）高溫度梯度定向凝固裝置制備了定向效果良好的nb - nb _ 3si nb _ 5si _ 3共晶自生復合材料，並對其定向凝固工藝參數和組織之間的對應規律、組織特性進行了研究，探討了凝固組織對室溫力學性能的影響及其斷裂機制。
  8. Surface morphology, phase constitution and biocompatibility of the material were analyzed and evaluated in this paper. titanium alloys were prepared by non - consumable vacuum arc smelting furnace. and the microstructures and the properties of titanium alloys were investigated

    採用非自耗真空電弧凝殼爐熔煉鈦及鈦合金，並對鈦合金的組織及性能進行觀察和測定，分析了電弧爐熔煉鈦合金的結晶特點。
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