电磁离心铸造,electromagnetic centrifugal casting
1)electromagnetic centrifugal casting电磁离心铸造
1.Effect of exciting voltage on the distribution of particles with different size in SiC_P/Al composite prepared byelectromagnetic centrifugal casting;电磁离心铸造SiC_P/Al复合材料励磁电压对不同粒度颗粒分布的影响
2.Study on Ceramic Reinforced Aluminum Matrix Composite by Electromagnetic Centrifugal Casting;电磁离心铸造陶瓷颗粒增强铝基复合材料的研究
3.The B4C and SiC reinforced Al matrix composite is casted byelectromagnetic centrifugal casting (EMCC), in which the particle distribution and it"s effect on the composite hardness are investigated under different exciting voltage.研究了电磁离心铸造B4C颗粒和SiC颗粒同时增强Al基复合材料在不同励磁电压下两种颗粒的分布,以及颗粒分布对复合材料硬度的影响。
英文短句/例句
1.Electromagnetic Centrifugal Casting of Al_2O_3 Fibre Enforced Cast Iron Matrix Composites;电磁离心铸造Al_2O_3纤维/铸铁复合材料的制备与研究
2.Study on Ceramic Reinforced Aluminum Matrix Composite by Electromagnetic Centrifugal Casting;电磁离心铸造陶瓷颗粒增强铝基复合材料的研究
3.Microstructure Evolution of Primary Si Phase in Hypereutectic Al-20Si Alloys Prepared by Centrifugal Casting under an Electromagnetic Field电磁离心铸造Al-20Si过共晶合金中硅相组织演变规律
4.Study on Solidification Structure of Hypoeutectic Al-8%Si Alloys by Centrifugal Casting under an Electromagnetic FieldAl-8%Si铝硅亚共晶合金电磁离心铸造凝固组织研究
5.Influence of Magnetic Field on Centrifugal Casting Microstructure of AlSi7Mg Alloy固定磁场对离心铸造铝硅合金组织的影响
6.Centrifugal Casting of Cylinder Liner of Air Compressor Used for Mine Electric Locomotive矿用电力机车空压机缸套的离心铸造
7.centrifugal casting pipe for stay bolt贯穿螺栓离心铸造管
8.high frequency auto centrifugal casting furnace高频自动离心铸造炉
9.horizontal arm hanging type centrifugal casting machine悬臂卧式离心铸造机
10.Arsenal process阿塞诺炮筒离心铸造法
11.Centrifugal casting ductile iron pipeGB/T13295-1991离心铸造球墨铸铁管
12.As-cast Microstructure and Mechanical Properties of Electromagnetic Casting 2E12 Aluminum Alloy Billets电磁铸造2E12铝合金的铸态组织与力学性能
PUTATION AND ANALYSIS OF ELECTROMAGNETIC PARAMETERS IN ALUMINIUM ALLOYS SLAB EMC铝合金方锭电磁铸造电磁参数的计算与分析
14.Electromagnetic Press and Induction Heat Calomlation of EMC电磁铸造过程中电磁压力与感应热计算
15.Design of Electromagnetic Field in Aluminum Alloy Electromagnetic Filling Counter-gravity Casting铝合金电磁充型低压铸造电磁场设计方法
16.STUDY ON SHAPING TECHNOLOGY OF HOT TOP EMC OF ALUMINUM THIN STRIP铝薄板热顶-电磁铸造成型工艺研究
17.Numerical optimization of technical parameters of EMC of aluminum thin strip铝薄板电磁铸造工艺参数的数值优化
18.Study on Centrifugal Casting Process of the SiC Particle Reinforced Aluminum Matrix Composites for Electronic Packaging电子封装用SiC颗粒增强铝基复合材料离心铸造成形工艺研究
相关短句/例句
vacuum electromagnetic centrifugal casting真空电磁离心铸造
1.115 T ) and rotation speed (950, 1 250, 1 450 r/min) on microstructure and room temperature tensile prop-erty of thevacuum electromagnetic centrifugal casting 1025 carbon steel tube was studied.采用真空电磁离心铸造方法研究了1025碳素结构钢铸管在950、1250、1450r/min3种离心转速和0、0。
3)centrifugal casting离心铸造
1.Wear-resistance of Metallic Mold Centrifugal Casting TiAl Based Alloy;金属型离心铸造TiAl基合金耐磨性研究
4)centrifugal cast离心铸造
1.In this paper,low-hardness high chromium roll was produced by means of designing reasonablecentrifugal casting process and heat treatment method.概括介绍了太钢轧辊公司利用5t中频炉、卧式工频炉、卧式离心机、低温电加热处理炉等设备,通过制订合理的离心铸造工艺和热处理工艺生产低硬度高铬铸铁轧辊,同时与热连轧磨辊间制订合理的磨削制度,满足了太钢热连轧的轧钢使用要求。
2.The SiCp/Al alloy matrix composite was obtained through a new type of methodelectromagneticcentrifugal cast.采用一种新型的工艺制备ＳｉＣ_Ｐ/Ａｌ合金基复合材料，即在传统离心铸造工艺条件下引入稳恒直流磁场，利用工艺中的电磁搅拌作用使离心铸造复合材料的偏聚情况得以改善，并探讨了稳直流磁场对颗粒分布均匀性的作用机理。
3.Based on rapid prototyping technology the silicon rubber mold forcentrifugal casting is conveniently made.采用快速原型技术 ,可以方便地制造硅橡胶离心铸造模 ,适用于生产外形复杂的低熔点合金微小铸件。
5)centrifugal infiltration casting离心铸造
6)centrifugal casting离心铸造,离心铸造铸件
延伸阅读
离心铸造将液态金属浇入旋转的铸型里，在离心力作用下充型并凝固成铸件的铸造方法。离心铸造用的机器称为离心铸造机。按照铸型的旋转轴方向不同，离心铸造机分为卧式、立式(见图)和倾斜式3种。卧式离心铸造机主要用于浇注各种管状铸件,如灰铸铁、球墨铸铁的水管和煤气管,管径最小75毫米,最大可达3000毫米。此外可浇注造纸机用大口径铜辊筒,各种碳钢、合金钢管以及要求内外层有不同成分的双层材质钢轧辊。立式离心铸造机则主要用以生产各种环形铸件和较小的非圆形铸件。离心铸造所用的铸型，根据铸件形状、尺寸和生产批量不同，可选用非金属型(如砂型、壳型或熔模壳型)、金属型或在金属型内敷以涂料层或树脂砂层的铸型。铸型的转数是离心铸造的重要参数，既要有足够的离心力以增加铸件金属的致密性，离心力又不能太大，以免阻碍金属的收缩。尤其是对于铅青铜，过大的离心力会在铸件内外壁间产生成分偏析。一般转速在每分钟几十转到1500转左右。离心铸造的特点是金属液在离心力作用下充型和凝固，金属补缩效果好，铸件组织致密，机械性能好；铸造空心铸件不需浇冒口，金属利用率可大大提高。因此对某些特定形状的铸件来说，离心铸造是一种节省材料、节省能耗、高效益的工艺，但须特别注意采取有效的安全措施。参考书目宫克强主编：《特种铸造》，机械工业出版社，北京，1981。
