1)Al-TiAl-Ti体系
1.Effects of Mg on Reaction Process and Morphology of Reaction Product in Al-Ti SystemMg对Al-Ti体系反应及产物形貌的影响
英文短句/例句
1.Effects of Mg on Reaction Process and Morphology of Reaction Product in Al-Ti SystemMg对Al-Ti体系反应及产物形貌的影响
2.Influence of Al on Reactive System of Ti-B_4C-sucrose (Precursor of Carbon)Al对Ti-B_4C-蔗糖(C的前驱体)体系的影响
3.Reaction Behaviors and Mechanism of Combustion Synthesis in the Al-Ti-BN System;Al-Ti-BN体系燃烧合成反应行为及机理
4.Thermodynamic Analysis of SHS Reaction of Ti-C-3Ni-Al SystemTi-C-3Ni-Al体系SHS反应热力学分析
5.Study on Thermodynamics Analysis and Kinetics Mechanism for Ti-Al-C System;Ti-Al-C体系热力学分析及动力学机理研究
6.Thermodynamic analysis and synthetic reaction process of Ti-Al-TiO_2 compositeTi-Al-TiO_2体系的热力学分析及合成反应过程研究
7.Reaction Behaviors in Combustion Synthesis and Fabrication of Steel Matrix Composites from an Al-Ti-B_4C SystemAl-Ti-B_4C体系燃烧合成行为及钢基复合材料的制备
8.Construction of N-body Interatomic Potential for the Cu-Al and Pd-Ti Systems and Its Application for Phase Stability StudyCu-Al和Pd-Ti系统多体势的构建及在相稳定研究中的应用
9.An Experimental Study on the Mechanical Properties and Ternary Phase Diagram of Ti-Si Alloys with Different Alloying Elements;Ti-Si-Al-La系合金力学性能及相图研究
10.Calculation on Ti-Al-C/TiB_2 Composite CeramicsTi-Al-C系/TiB_2复合陶瓷计算研究
11.Study on Microstructure and Performance in Cu-Al-Mn-Ti(Zn) Shape Memory Alloys;Cu-Al-Mn-Ti(Zn)系形状记忆合金组织和性能的研究
12.The 500℃ lsothermal Section of The Phase Diagram of TI-AI-DY Ternary System;Ti-Al-Dy三元系合金相图500摄氏度等温截面
13.Influence of Heat Treatment on Mechanical Property of Ti-Nb-Cr-Al Alloy热处理对Ti-Nb-Cr-Al系钛合金力学性能的影响
14.Study on Al-Ti and Al-Ti-Ce Infiltrated Layers on Martensitic Valve Steel气阀钢表面Al-Ti及Al-Ti-Ce共渗层研究
15.Influence of Melt Holding Treatment on the Microstructure and Properties of AI-Ti-B-RE Refiners熔体静置处理对Al-Ti-B-RE细化剂组织和性能的影响
16.Study on High Temperature Resistance and Surface Coating of Ti-Al Intermetallic Compound Based Alloys;Ti-Al系金属间化合物合金高温氧化性能及其防护涂层研究
17.Tribological Properties and Preparation of a Series of Ti-Al Inter-metallic Films;Ti-Al系(金属间)化合物薄膜的制备和摩擦学性能研究
18.Study on the Laser-ignited Self-propagating Sintering and Products of Al-C-Ti System Powder Materials;Al-C-Ti系粉末材料激光点火自蔓延烧结及产物的研究
相关短句/例句
Ti-Al-TiO2 systemTi-Al-TiO2体系
3)Al-Ti-TiO2 systemAl-Ti-TiO2体系
4)Ti-Al-C systemTi-Al-C体系
1.In this paper thermodynamics analysis and kinetics mechanism on Ti-Al-C system are discussed mainly.然而Ti-Al-C三元体系中所包含的二元相、三元相较多,生成机理复杂,因此本文主要研究该体系的热力学分析和动力学机理,分别涉及到Ti-Al-C体系的热力学计算、无压合成制备、动力学机理研究以及腐蚀性质测定。
5)Mg-Al-Ti systemMg-Al-Ti体系
1.Al_3Ti_p/Mg developed by in situ synthesis of Mg-Al-Ti system;Mg-Al-Ti体系原位合成Al_3Ti_p/Mg
6)(Ti-Fe)-Al-C system(Ti-Fe)-Al-C体系
延伸阅读
Al元素符号: al 英文名: aluminum 中文名: 铝相对原子质量: 26.9815 常见化合价: +3 电负性: 1.61外围电子排布: 3s2 3p1 核外电子排布: 2,8,3同位素及放射线: al-26[730000y] *al-27 al-28[2.3m]电子亲合和能: 48 kj·mol-1第一电离能: 577.6 kj·mol-1 第二电离能: 1817 kj·mol-1 第三电离能: 2745 kj·mol-1单质密度: 2.702 g/cm3 单质熔点: 660.37 ℃ 单质沸点: 2467 ℃原子半径: 1.82 埃 离子半径: 0.51(+3) 埃 共价半径: 1.18 埃常见化合物: al2o3 alcl3 al2s3 naalo2 al2(so4)3 al(oh)3发现人: 厄斯泰德、维勒 时间: 1825 地点: 丹麦名称由来:拉丁文:alumen, aluminis(铝)。元素描述:柔软轻质的银白色金属,在地壳中含量第三。元素来源:自然界完全没有铝单质存在。可以电解铝土(al2o3)制取铝。元素用途:上自飞机下到易拉罐应用广泛。因为纯铝太柔软,所以要加入不到1%的硅或铁以加大其硬度和强度。