1)A356 alloyA356合金
1.Effects of Al-Ti-C-Sr on the microstructures and mechanical properties of A356 alloy;Al-Ti-C-Sr对A356合金组织和性能的影响
2.Effect of Si and Mg on A356 alloy fluidity performance;Si、Mg对铝轮毂用A356合金流动性的影响
3.Refinement Effects of Some Typical Refiner on A356 Alloy;几种典型细化剂对A356合金的细化作用
英文短句/例句
1.Effect of Compound Field on Solidification Behavior of A356 Alloy复合场对A356合金凝固行为的影响
2.Effect of Heat Treatment on the Impact Toughness of A356 Alloys;热处理对A356合金力学性能的影响
3.Study on Different Al-4Ti-B Master Alloy on Refinement of A356 AlloyAl-4Ti-B对A356合金的细化研究
4.Effect of Adding Ti,B Methods on Impact Toughness of A356 Alloy加Ti、B方式对A356合金冲击韧度的影响
5.The Effect of Al_5Ti_1B on A356 FluidityAl_5Ti_1B对A356合金流动性的影响
6.Effects of Master Alloys Prepared by Different Ways on Microstructure of A356 Alloys不同状态中间合金对A356合金组织的影响
7.Effect of Al-Sb-Mg Master Alloy on Microstructure of A356 AlloyAl-Sb-Mg中间合金对A356合金显微组织的影响
8.Effect of Cerium-rich Mischmetal on Microstructures of As-cast A356 Alloy富铈混合稀土对铸造A356合金微观组织的影响
9.Effect of the Ti、B Alloying Methods on the Grain Refinement and Mechanical Properties of A356 Alloys;加Ti、B方式对A356合金组织和力学性能的影响
10.Investigation of Micro-structure and Mechanical Properties for A356 Alloys with Ti Alloying by Electrolysis;电解加钛A356合金的组织和力学性能研究
11.Morphology Evolution of A356 Alloy Primary Phase in Solid-liquid Range at IsothermA356合金初生相在固液区间等温时形貌演变
12.Effects of Minor Gallium Addition on Microstructure and Mechanical Properties of A356 Alloy微量Ga对A356合金微观组织及力学性能的影响
13.Effect of Silicon Particle Morphology on Properties of A356 Alloy Made from Electrolytic Low Content Titanium Aluminum Alloy;硅相形貌对电解低钛铝合金制备A356合金力学性能的影响
14.Effects of Technological Parameters in Strong Cooling with Single-tube on Microstructure of A356 Alloy Semi-solid Billets单管强冷法制坯工艺对A356合金半固态坯料组织的影响
15.Influence of electromagnetic stirring on structure of A356 melt and its solidification behavior电磁搅拌对A356合金熔体结构及其凝固行为的影响
16.The Influence of Cooling Rate on the Modification Effect of A356 Aluminum Alloy冷却速度对A356铝合金变质效果的影响
17.SEMI-SOLID A356 ALLOY SLURRY PREPARED BY A NEW PROCESS新工艺制备半固态A356铝合金浆料
18.Investigation of Microstructure and Mechanical Properties for A356 Alloys Melted with Grain-refining Aluminium Ingots;细晶铝锭熔炼的A356铝合金组织与性能研究
相关短句/例句
A356 alloysA356合金
1.Low-cycle fatigue behavior and plastic strain energy of A356 alloys;A356合金的低周疲劳行为及塑性应变能
2.Effect of titanium alloying manner and titanium content on microstructure and mechanical properties of A356 alloys;加钛方式与钛含量对A356合金组织和性能的影响
3.Effect of the Ti、B alloying methods on the impact toughness of A356 alloys;加Ti、B方式对A356合金冲击韧度的影响
3)A356 Al alloyA356铝合金
1.Fractal characteristics of morphology of primary phase in semi-solid A356 Al alloy半固态A356铝合金初生相形貌的分形特征
4)A356 aluminum alloyA356铝合金
1.Filling ability of semi-solid A356 aluminum alloy slurry and microstructure distribution;半固态A356铝合金浆料的充填行为及组织分布
2.Study on Microstructure and Mechanical Properties of A356 Aluminum Alloy by Spray Forming;喷射成形A356铝合金组织及力学性能的研究
3.Optimization of Preparation of Semi-solid A356 Aluminum Alloy Slurry by Single-tube with Strong Cooling;单管强冷制备半固态A356铝合金浆料工艺的优化
5)Aluminum Alloy A356铝合金A356
6)A356 aluminium alloyA356铝合金
1.Crack initiation and propagation process in A356 aluminium alloy under impact load have been investigated.研究了A356铝合金在冲击载荷作用下的裂纹萌生及其扩展过程。
延伸阅读
殷浩(？～356) 东晋大臣。字渊源。陈郡长平（今河南西华东北）人。好《老子》与《周易》，善谈玄理，颇负盛名，屡辞征召。曾为庾亮记室参军，累迁司徒左长史，后辞官隐居近十载。永和二年(346)因褚裒推荐,始受命为建武将军、扬州刺史。次年，桓温灭成汉，威震朝廷。会稽王司马昱（简文帝）执政,以殷浩声名影响朝野,引为心腹，参预朝政，统率扬州之众以抗衡荆州的桓温。五年后赵石虎死,冉闵展开反羯斗争,北方混乱，晋朝乘机北伐。殷浩以恢复中原为己任，于永和六年就任都督扬、豫、徐、兖、青五州军事，并广开屯田，以为军储。他无军事经验,又为桓温掣肘,八年进军至许昌(今河南许昌东)，处置失当，败于前秦。次年又大举进军，派羌族酋长姚襄为前锋, 十月至山桑（今安徽蒙城北）, 姚襄反叛，伏击浩军，辎重尽弃,死伤万余,溃退谯城（今安徽亳州）。桓温上疏加罪，十年二月废为庶人，徙东阳信安县（今浙江衢州），十二年卒。
