arc melt中文是什么意思

• 电弧熔化

• "arc"中文翻译    n. 1.弧；弓形，拱(洞)。 2.电弧，弧光。
• "melt"中文翻译    vi. (melted; melted, molten) ...
• "submerged melt arc welding" 中文翻译 :    潜弧焊,潜熔焊
• "submerged arc (or melt) welding (saw)" 中文翻译 :    潜弧焊,潜熔焊
• "melt" 中文翻译 :    vi. (melted; melted, molten) 1.融化；熔化；液解。 2.逐渐消散[消失、变淡]。 3.(心等)变软，生怜悯的心情；(决心等)软化。 4.溶合，逐渐转化成。 5.(云等)变成雨。 6.(音乐、声音等)变得柔润。 7.〔口语〕感到热极。 I am simply melting (with heat). 〔口语〕热死了，热得要命。 Clouds melted away. 云变成雨了。 vt. 1.使融化[熔化、溶解]。 2.使软化，使感动。 3.使消散[消失]。 4.浪费；〔英俚〕(把支票等)兑现。 Heat will melt iron. 热度可使铁熔化。 melt away 融掉；消失；(钱)渐渐花光；(使)着迷，弄得恍恍惚惚 (The snow soon melted away. 雪不久就化了)。 melt down 熔化，销毁(货币等)；〔俚、谑〕变卖财产。 melt into 熔成…，化为；消散于…；因心软而…，感动得(melt into air 化为云烟，消失。melt into distance 消失在远方。melt into tears 心变软而哭起来)。 melt like wax 像蜡一样融化。
• "melt into" 中文翻译 :    化为, 因心软而..
• "to melt into" 中文翻译 :    化为
• "arc" 中文翻译 :    A.R.C. ＝ American Red Cross 美国红十字会。 n. 1.弧；弓形，拱(洞)。 2.电弧，弧光。
• "acid melt" 中文翻译 :    酸性熔体
• "alkaline melt" 中文翻译 :    碱性熔体
• "anhydrous melt" 中文翻译 :    无水熔体
• "anisotropic melt" 中文翻译 :    各向异性熔体
• "basaltic melt" 中文翻译 :    玄武质熔浆
• "binary melt" 中文翻译 :    二元熔体
• "cold melt" 中文翻译 :    低温出钢; 低温熔化; 冷装(熔炼)
• "conjugate melt" 中文翻译 :    共轭熔体
• "consumable melt" 中文翻译 :    自耗电极熔化
• "core melt" 中文翻译 :    堆芯熔化
• "doped melt" 中文翻译 :    掺杂的熔体
• "drip melt" 中文翻译 :    滴熔法(电子轰击熔炼法)
• "dry melt" 中文翻译 :    干熔融体
• "englacial melt" 中文翻译 :    冰川内融
• "extruded melt" 中文翻译 :    挤出熔体
• "feeding melt" 中文翻译 :    供应岩浆的熔融体
• "fine melt" 中文翻译 :    强裂解; 强热裂解; 全熔炼

• Arc melting metal powder
  电弧熔化用的金属粉末
• Vacuum arc melting
  真空电弧熔化
• It is difficult to prepare eufe by arc melting for the little difference between the bolting point of eu which is 1596 ? and the melting point of fe which is 1538 ?
  Eu的沸点是1596 ， fe的熔点是1536 ，二者非常接近，所以eufe合金的制备比较困难。
• Alloy fabricated by arc melting consists of continuous nbssi matrix and dispersive distributed nb particles . the metastable nbasi phase is found to have a tetragonal crystal structure with space group p42 / n and lattice parameters a = 1 . 021nm , c = 0 . 519nm
  O 0 ）金属间化合物的显微组织由连续的nb3si基体、弥散分布的nb粒子组成，其中亚稳态相nb3si为四方结构，空间群p42 n ，点阵常数a l
• The single fiber sensor head was investigated experimentally and theoretically . two kinds of sensor head fabrication methods were demonstrated and compared , which are the electrical arc melting and mechanical grinding respectively . a mathematic model of fiber tip reflection was established by the method of ray - tracing
  论文提出并比较了两种制作单光纤传感头的方法：电弧拉制法和光纤研磨法；利用光线追迹法建造了单光纤传感头的数学模型。
• The foundation to develop nb - si system intermetallics base high temperature structure materials has also been established in some degree in this paper . arc melting , powder metallurgy and optical floating zone technology have been used and compared to fabricate the nb - si system intermetallics
  运用电弧熔炼、粉末冶金热压烧结、粉末冶金冷等静压和光学悬浮单晶生长技术等方法制备了nb - si系金属间化合物，并对这四种方法制备的nb - si系金属间化合物进行了比较。
• 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
  本文采用真空电弧自耗熔炼法制备了铌?硅基rmics材料的母合金锭，并采用电子束区熔( ebfzm )高温度梯度定向凝固装置制备了定向效果良好的nb - nb _ 3si nb _ 5si _ 3共晶自生复合材料，并对其定向凝固工艺参数和组织之间的对应规律、组织特性进行了研究，探讨了凝固组织对室温力学性能的影响及其断裂机制。
• The results indicate that arc melting is a good method to produce nb - si system intermetallics due to its simpler technics , lower cost and compact products . however , powder metallurgy is found to be not suitable to produce the nb - si system intermetallics due to its coarse and loose products resulting from the poor molding property of nb and si mixed powders . optical floating zone technology , which is used to fabricate nb - si intermetallic composites for the first time , is also found to be a good way to produce nb - si system intermetallics because of its compact products and good property despite of its relatively high cost
  结果表明，电弧熔炼方法制备得到的nb - si系金属间化合物比较致密，且制备工艺简单，经济实用，是一种合适的nb - si系金属间化合物制备方法；由于nb 、 si元素粉末的成型性很差，用粉末冶金方法(热压烧结和冷等静压)制备的nb - si系金属间化合物表面粗糙、致密度低，且成本较高，不宜用于制备nb - si系金属间化合物；首次用光学悬浮单晶生长技术制备的nb - si系金属间化合物复合材料致密度很高，尽管成本稍高，但由于性能最佳，也是一种合适的nb - si系金属间化合物制备方法。