1) incubation period
孕育期
1.
Effect of cooling rate on the incubation period of time temperature transformation curve;
冷却速度对等温转变孕育期的影响
2.
In this paper choosing the Mo-Al system,by the idea of plotting the solid state phases,the evolvement of the incubation period and species of primary phase of interfacial reaction products are introduced during Mo-Al solid-solid interfacial reactions from the related theory and experiment,respectively.
针对Mo-Al体系,利用固态相变阶段化分思想,从相关理论和试验出发试归纳总结了Mo-Al固-固界面反应的"孕育期"、初生相种类等情况的研究工作进展。
3.
The bainite incubation period,during isothermally holding or aging in testing steels and β copper base alloys after solution treatment,is a process,in which,due to solute atoms diffusion and segregation at the crystal defects and at〈001〉crystal directions in the parent phase,distinct regions of solute enrichment and solute depletion are formed.
在试验用钢和β铜基合金固溶后等温或时效时,贝氏体孕育期是母相中溶质原子向晶体缺陷处和〈001〉晶向上扩散偏聚(形成贫、富溶质原子小区)的过程,即渐变(量变)阶段,为贝氏体形核做准备。
2) Incubation
[英][,ɪŋkju'beɪʃn] [美]['ɪŋkjə'beʃən]
孕育期
1.
Incubation of refinement is resulted from low solute supercooling degree during early stage of refinement.
通过考察A356合金在静置过程中细化效果的变化,研究了亚共晶铝硅合金细化处理的孕育期和衰退期。
2.
By investigating systematically the change of modification effects during holding and remelting of A356 Alloy,incubation and fading of Sr modification are analyzed,as well as the effect of modified ingot on modification process.
结果表明,变质衰退表现为Sr含量低于某一临界值,有效期取决于初始Sr含量、熔化工艺及精炼方法等;变质处理孕育期的直接成因是中间合金释放Sr元素并与Si晶胚达到吸附平衡需要一定的时间;采用预变质合金锭,能够消除变质处理孕育期,稳定变质效果。
3.
The slag incubation existing in slag splashing is analyzed and explained.
分析和解释了溅渣调质过程中的孕育期 ,讨论了提高溅渣效果的途径 。
3) incubation time
孕育期
1.
On the basis of the classical nucleation theory,a new model of incubation time(τ_f) for austenite to ferrite transformation has been developed,in which the effect of deformation on austenite has been taken into consideration.
以传统的形核理论为基础,考虑了变形的影响,研究了奥氏体→铁素体相变的等温相变孕育期,采用Sche il的可加性法则计算了SS400钢在变形和未变形条件下的铁素体相变实际转变温度(Ar3),并与实测值进行了对比,结果表明:计算的Ar3与实测的Ar3吻合良好,从而进一步表明该相变孕育期模型的准确性。
2.
It was found that the incubation time of the metastable phase Al 8Fe 4Nd is shorter and the kinetics condition for Al 8Fe 4Nd to form as the primary phase during the RS procedure is sat.
结果表明 ,在相同的冷却速度下 ,亚稳相Al8Fe4 Nd的形核孕育期短 ,并且满足优先形核的动力学条件而析出 ,α Al13 (Fe ,V) 3 Si相被抑制。
3.
Based on the microscopic phase-field model, the effects of atomic interchange energy on the incubation time for Ni75AlxV25-x alloy have been researched, and the long range parameter\'s evaluation formula has obtained according to the formula for occupation probability by Khachaturyan.
基于微观相场动力学模型,研究原子间相互作用能对Ni75AlxV25-x合金孕育期的影响。
6) nucleation incubation period
形核孕育期
1.
Microscopic phase field simulation on the nucleation incubation period of L1_2 and D0_(22) phases in Ni_(75)Cr_(25-x)Al_x alloy
Ni_(75)Cr_(25-x)Al_x合金中L1_2相和D0_(22)相形核孕育期的微观相场模拟
补充资料：孕育
①怀胎生育：孕育期。②比喻从既存事物中培养新生事物：天地孕育万物。
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