miscibility gap
英
美 [ˌmɪsɪˈbɪlɪti ɡæp]
均相间断区
双语例句
- This shows that the whole miscibility gap appears tunnel-shaped.
溶解度间隙整体呈现出隧道形。 - A numerical model has been developed to describe microstructure evolution of Al In immiscible alloys through the miscibility gap.
建立了一个描述AlIn难混溶合金冷却过程中液&液相变区微观组织演化过程的数学模型。 - Influence of elastic energy on miscibility gap in GaAs-InAs system
晶格形变能对GaAs－InAs固溶体溶解度的影响 - Thermodynamic criterion of Spinodal decomposition aging in the(γ+α) metastable miscibility gap in γ Mn-Cu alloys
γMn-Cu合金在（γ+α）亚稳互溶区时效过程Spinodal分解的热力学判据 - Thermodynamic C al cu lation of Miscibility Gap in the Al-Zn-Cu ternary system
Al-Zn-Cu三元系溶解度间隙的热力学计算 - Illustration of Component Space of Quinary and Computation of Its Lattice Constant, Bandgap and Miscibility Gap
五元系组分空间的几何表示以及晶格常数与能带和互溶隙的计算 - Interfacial Energy between two Liquids of Metastable Miscibility Gap in M-Cu ( M: Fe, Co) Alloys
M-Cu（M：Fe，Co）合金亚稳液相分离时液相间的界面能 - Thermodynamics of Phase Diagram of Alnico Alloys. ⅰ. Miscibility Gap Due to Order-disorder Transition
铝镍钴永磁合金状态图的热力学&Ⅰ.有序-无序转变引起的两相分解 - The precipitation behaviors of carbonitrides in a V-Ti-N microalloyed steel for non-quenched/ tempered seamless oil-well tubes were calculated by the equilibrium principle of a three-phase miscibility gap including the austenite and two carbonitrides.
用包括奥氏体γ相和两个碳氮化物相三相溶解度间隙平衡处理的方法计算了V-Ti-N微合金非调质油井管钢中的碳氮化物析出。 - Using these energy parameters, the miscibility gap curves of Fe-Cu and Co-Cu alloys are calculated by way of tetrahedron approximation of Cluster Variation Method. The results show good agreement with experimental phase diagrams, thus confirm the accuracy of the present model.
并应用这一关系，按集团变分法理论计算了Fe-Cu，Co-Cu二元合金溶解度间隙曲线，得到了与实测相图基本一致的结果。 - It suggests that miscibility gap of fcc solid solution appears divergent, transforming continuously from Al-Zn side to Al-Cu side.
这表明Al-Zn-Cu三元系fcc固溶体溶解度间隙呈发散状，可以由Al-Zn侧连续过渡到Al-Cu侧。 - If the miscibility gap of fcc solid solution can be correctly obtained, there is practical importance for understanding precipitation of Al alloys containing Zn and Cu during earlier aging after quenching and controlling microstructure and properties of these alloys.
而正确认识该系fcc固溶体的溶解度间隙，对于研究含Zn、Cu的铝合金淬火后时效初期的脱溶行为，控制铝合金的组织与性能具有重要的实际意义。 - The Al-Zn-Cu ternary system is one of practically important systems among Al-based light alloys, and there is inconsistent acknowledge on miscibility gap of fcc solid solution in this system.
Al-Zn-Cu系是铝基轻合金中具有重要实际意义的基础系统之一，对该系fcc固溶体溶解度间隙的认识当前存在重要矛盾。 - It is concluded from experimental results that the miscibility gap of fcc solid solution is divergent to form connective tunnel space, which is in agreement with thermodynamic calculation, but not convergent to form bell-shaped space as considered previously.
实验研究结果表明Al-Zn-Cu系fcc固溶体溶解度间隙在整个空间应该呈隧道形的发散状，与热力学计算结果一致，而不是根据早期实验所认识的呈钟罩形的收敛状。 - It means that the existing temperature of miscibility gap of the Al-Zn system is improved due to the addition of Cu.
这表明Cu的添加提高了Al-Zn二元fcc固溶体溶解度间隙的存在温度。 - Correct acknowledge of the complete shape of miscibility gap of fcc solid solution has been obtained by thermodynamic calculation in the Al-Zn-Cu ternary system.
通过热力学计算，获得了对Al-Zn-Cu系fcc固溶体溶解度间隙完整形状的正确认识。