1) second-phase particle
第二相颗粒
1.
Cellular automata modeling of influence of second-phase particles on two-dimension grain growth in polycrystalline materials
第二相颗粒对多晶材料晶粒生长影响的元胞自动机(CA)模拟
2) Nd-rich second phase particle
富Nd第二相颗粒
1.
Evolution of Nd-rich second phase particles during electron beam welding of Ti60 titanium alloy containing rare earth Nd and its effect on room temperature tensile fracture behavior have been studied using optical microscopy(OM) and scanning electron microscopy(SEM).
采用光学金相显微镜(OM)和扫描电子显微镜(SEM)等手段研究了一种含稀土元素Nd的Ti60钛合金在电子束焊接过程中富Nd第二相颗粒的演化及室温拉伸时的断裂特征。
3) second phase particle
第二相粒子
1.
Effects of Processing Parameters on the Second Phase Particles in Al-Ti-B Master Alloys;
工艺参数对Al-Ti-B中间合金第二相粒子的影响
2.
Research progress of second phase particle in steel was summarized.
综述了钢中有关第二相粒子的研究进展情况,分析了第二相粒子对钢强韧性能的影响及第二相粒子细化钢晶粒的基本理论,概括了获得超细第二相粒子的基本方法,指出了存在的问题并提出了获得超细第二相粒子的新思路。
3.
By using carbon extraction replica technology and welding therma l simulation, the second phase particles in parent metal,weld metal and simulate d CGHAZ of Ti-Nb-V microalloyed steel were investigated.
利用萃取复型技术,对Ti-V-Nb微合金钢母材及模拟焊接粗晶热影响区中第二相粒子进行了研究。
4) Secondary phase particles
第二相粒子
1.
The secondary phase particles in Ti-V-Nb microalloyed linepipe steel were investigated using carbon extraction-replica technique.
利用萃取复型分析技术 ,对Ti V Nb微合金管线钢中第二相粒子进行了研究。
2.
The secondary phase particles in dual-phase steel were investigated by using carbon extraction-replica technique.
本文采用萃取复型分析技术,对低 Si-Mn 双相钢中的第二相粒子进行了研究。
5) the second phase particle
第二相粒子
1.
The results show that the second phase particles in sintering block are sphere-like and arranged mainly on crystal interfaces; the second phase particles in rolling block are needle-like and distributed in or on crystal interfaces, and some even span several grains; the second phase particles in annealed wire are arranged in lines, and in many bunches of particles and distributed i.
对AKS合金中第二相粒子在烧结、轧制和拉拔各个工序中组织形貌的演变及演变机理进行研究。
2.
The paper study the microstructure,the second phase particle precipitating,dislocations strengthening in different TMCP conditions to optimize the technological condition for lager industrialized production.
通过研究不同TMCP工艺下实验钢的微观组织、第二相粒子析出和位错强化等规律,优化最佳的生产工艺,为工业化大生产提供必要的指导。
6) second-phase particle
第二相粒子
1.
Computer simulation of grain growth(Ⅱ)——influence of shape and orientation of second-phase particles on grain growth;
正常晶粒长大的计算机模拟(Ⅱ)——第二相粒子形状及取向的影响
2.
The pattern and distribution of second-phase particles in the different processes were analyzed and the mechanical properties were measured at the same time.
068%Ti(质量分数)的Ti-IF钢在铁素体区热轧、冷轧和再结晶过程中其微观组织和织构的变化规律,重点分析了不同阶段的第二相粒子的形态与分布情况,并对其力学性能进行了测试。
3.
Based on the ordinary grain growth cellular automaton(CA) model,a novel transition rule was established to simulate the influence of second-phase particle size on grain growth process.
在现有晶粒长大元胞自动机器(CA)模型的基础上制定新的转变规则,使之能够模拟第二相粒子对晶粒长大过程的影响,且对含有不同尺寸第二相粒子材料的晶粒长大过程进行仿真模拟和定量分析。
补充资料：第二相
secondaryphase：不同于母相或单相基体的、与其有区别的相。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条