助手标题  
全文文献 工具书 数字 学术定义 翻译助手 学术趋势 更多
查询帮助
意见反馈
   亚快速凝固 的翻译结果: 查询用时:0.015秒
图标索引 在分类学科中查询
所有学科
金属学及金属工艺
物理学
化学
冶金工业
材料科学
更多类别查询

图标索引 历史查询
 

亚快速凝固
相关语句
  sub-rapid solidification
     In the present study,Al-Ni alloy particles are prepared by gas atomization sub-rapid solidification technique, and the features of Al-Ni alloy particles are compared with the features of Al-Ni alloy which are prepared by metal mold gravity casting.
     采用气体雾化亚快速凝固工艺制备了Al-Ni合金粉末,并将粉末的组织形貌与金属模重力铸造的Al-Ni合金组织形貌进行了比较。
短句来源
     THEORETICAL RESEARCH OF TRANSITION FROM DENDRITE TO FINE CELL IN SUB-RAPID SOLIDIFICATION
     亚快速凝固中枝晶→细胞晶转变的理论研究
短句来源
     To do so, the following research activities have been performed in present study. The effect of solidification speed on Al-Ni alloy micro-structure during gas atomization sub-rapid solidification;
     为此,本文对获得的材料进行了以下研究:气体雾化亚快速凝固工艺阶段凝固速率对Al-Ni合金显微组织的影响;
短句来源
     From the stability of the cylindrical interface, a criterion of the transition from dendrite to fine cell in sub-rapid solidification has been constructed.
     从柱形界面稳定性出发,考察近端部界面失稳的充分条件,并将其失稳与枝晶向细胞晶转变相对应,从而建立了亚快速凝固过程中枝晶、细胞晶转变的判据该判据所得Al-Mn合金枝→胞转变临界值与实验结果吻合。 关键词##4亚快速凝固;
短句来源
  near-rapid solidification
     Development of Near-Rapid Solidification Technique
     亚快速凝固技术的研究进展
短句来源
     Microstructure Transformation and Control of Stainless Steel under Near-rapid Solidification
     不锈钢亚快速凝固组织转变及控制研究
短句来源
     The recent development and two methods of near-rapid solidification are introduced.
     介绍了实现亚快速凝固的两种方法:激冷法和深过冷法,并概述了亚快速凝固理论的最新研究进展。
短句来源
  hyporapid solidification
     The temperature gradient has a great effect on the microstructure in hyporapid solidification.
     温度梯度对亚快速凝固组织影响很大。
短句来源
     Influence of the Crystalline Growth Orientation on the Microstructure in Hyporapid Solidification
     亚快速凝固结晶取向对结晶形态选择的影响
短句来源
     Research of the Transition from Dendrite to Superfine Cell in Hyporapid Solidification~+
     亚快速凝固枝胞的转变
短句来源
     In hyporapid solidification, dendritic solidified orientation isn′t the preferential direction <100>; the preferential orientation is disposed in the superfine cellular growth process.
     亚快速凝固条件下,树枝晶生长的生长方向已不完全按<100>方向择优取向,细胞晶生长的择优取向性被抑制
短句来源
     THE INFLUENCE OF THE CRYSTAL GROWTH ORIENTATION ON THE MICROSTRUCTURE IN HYPORAPID SOLIDIFICATION
     晶体生长方向对亚快速凝固结晶形貌的影响
短句来源
更多       
  “亚快速凝固”译为未确定词的双语例句
     Manufacture of AZ31 Magnesium Sheet by Twin Roll Casting Method
     双辊铸轧法动态亚快速凝固制备AZ31镁合金薄带
     Non-Steady State Evolution of Interfacial Morphology in Normal and Sub-Rapid Directional Solidification
     低速凝固与亚快速凝固界面非稳态演化规律实验研究
短句来源
     Aiming at understand the morphology evolution and control of intermetallic phase, with the newly patented technique, the present work studied the morphological change of Al_3Ni phase in Al-Ni alloys through-out the atomization, powder compression and powder perform semisolid squeeze casting processes.
     以新近获得专利保护的工艺路线为手段,本课题以金属间化合物形貌演变与控制为主要对象,通过气体雾化亚快速凝固、雾化粉末预压成形和粉末预成形块半固态挤压铸造三个工艺步骤制备出新型Al_3Ni强化铝基复合材料,研究工艺过程中金属间化合物形貌演变规律。
短句来源
     Mechanical tests show that the increase of solidification speed in terms of powder diameters raises the flexural properties and hardness of the cast composite.
     性能检测表明:亚快速凝固制粉的凝固速率能细化铸态复合材料中的Al_3Ni相晶粒尺寸,显著提高了铸态材料的硬度和弯曲性能。
短句来源
查询“亚快速凝固”译词为用户自定义的双语例句

    我想查看译文中含有:的双语例句
例句
没有找到相关例句


The microstructure transition process of Ni - 5 %Cu alloy is researched in therange of 2.6- 130K/S cooling rate with zone melting unidirectional solidification technique. It is indicated that the solidified morphology transits from dendrite to superfine cell within the limitids of the crystal growth velocity 500 - 700μm/s. The temperature gradient has a great effect on the microstructure in hyporapid solidification. The crystal growth orientation is an important factor to the selection on the solidified microstructure....

The microstructure transition process of Ni - 5 %Cu alloy is researched in therange of 2.6- 130K/S cooling rate with zone melting unidirectional solidification technique. It is indicated that the solidified morphology transits from dendrite to superfine cell within the limitids of the crystal growth velocity 500 - 700μm/s. The temperature gradient has a great effect on the microstructure in hyporapid solidification. The crystal growth orientation is an important factor to the selection on the solidified microstructure.

采用区域熔化定向凝固技术,研究了冷速在26~130K/s范围内Ni—5%Cu合金的组织转变过程。试验结果表明:在温度梯度1300K/cm情况下,生长速度在500~700μm/s区间上,结晶形貌发生枝胞转变。温度梯度对亚快速凝固组织影响很大。晶体生长方向影响结晶形态选择。

The solidified microstructure of Ni-5% Cu alloy is researched at the cooling rate range of 13 ̄130K/s with zone melting unidirectional solidification apparatus.It indicates that the crystals with different crystalline growth orientation have different solidified microstructures on the condition of GL-1300K/cm,v=500um/s.The crystals have different superfine cellular spacing due to the crystalline growth orientation with GL=1300K/cm,v=800um/s.The crystalline orientation has a great effect on the solidified microstructure...

The solidified microstructure of Ni-5% Cu alloy is researched at the cooling rate range of 13 ̄130K/s with zone melting unidirectional solidification apparatus.It indicates that the crystals with different crystalline growth orientation have different solidified microstructures on the condition of GL-1300K/cm,v=500um/s.The crystals have different superfine cellular spacing due to the crystalline growth orientation with GL=1300K/cm,v=800um/s.The crystalline orientation has a great effect on the solidified microstructure in hyporapid solidification.

采用区域熔化定向凝固装置,对冷却速度在13~130K/s范围内Ni-5%Cu合金的结晶形貌研究表明:在温度梯度1300K/cm条件下,晶体生长速度v=500μm/s时,不同结晶取向晶粒的结晶形貌不同;当晶体生长速度v=800μm/s时,不同结晶取向晶粒的细胞晶间距不同,亚快速凝固条件下,晶体生长方向对结晶形貌的影响非常显著.

The solidified microstructure of Ni-5wt% Cu alloy is researched at the cooling velocity range of 13~130K/s with zone melting unidirectional solidification apparatus. It indicates that the crystals with different crystal growth orientations have different solidified microstructures in the condition of G L=1 300K/cm,υ=500μm/s: the crystal with solidified orientation <100>is dendrite; the crystal with solidified orientation <120> is superfine cell. The crystals have different superfine cellular spacing due to...

The solidified microstructure of Ni-5wt% Cu alloy is researched at the cooling velocity range of 13~130K/s with zone melting unidirectional solidification apparatus. It indicates that the crystals with different crystal growth orientations have different solidified microstructures in the condition of G L=1 300K/cm,υ=500μm/s: the crystal with solidified orientation <100>is dendrite; the crystal with solidified orientation <120> is superfine cell. The crystals have different superfine cellular spacing due to the crystal growth orientation with G L=1 300K/cm, υ=800μm/s: superfine cellular spacing of the crystal with solidfied oriention <100> is 28μm, and that of the crystal with solidified oriention <21 1 > is 16.5μm. In a grain, two parts have different microstructures due to the different orientations under the same solidification parameters. In hyporapid solidification, dendritic solidified orientation isn′t the preferential direction <100>; the preferential orientation is disposed in the superfine cellular growth process.

采用区域熔化定向凝固装置,对冷却速度在13~130K/s范围内Ni-5%Cu合金的结晶形貌研究表明:在温度梯度GL300K/cm条件下,晶体生长速度υ为500μm/s时,不同结晶取向的晶粒其结晶形貌不同。以<100>方向生长的晶粒为树枝晶组织;以<120>方向生长的晶粒为细胞晶组织。当υ为800μm/s时,不同结晶取向的细胞晶间距不同。以<100>方向生长的细胞晶间距是28μm;以<211>方向生长的细胞晶间距是16.5μm。相同凝固条件下,同一晶粒内不同取向的分枝,结晶形貌不同。亚快速凝固条件下,树枝晶生长的生长方向已不完全按<100>方向择优取向,细胞晶生长的择优取向性被抑制

 
<< 更多相关文摘    
图标索引 相关查询

 


 
CNKI小工具
在英文学术搜索中查有关亚快速凝固的内容
在知识搜索中查有关亚快速凝固的内容
在数字搜索中查有关亚快速凝固的内容
在概念知识元中查有关亚快速凝固的内容
在学术趋势中查有关亚快速凝固的内容
 
 

CNKI主页设CNKI翻译助手为主页 | 收藏CNKI翻译助手 | 广告服务 | 英文学术搜索
版权图标  2008 CNKI-中国知网
京ICP证040431号 互联网出版许可证 新出网证(京)字008号
北京市公安局海淀分局 备案号:110 1081725
版权图标 2008中国知网(cnki) 中国学术期刊(光盘版)电子杂志社