1)  coherent boundary
共格边界
2)  coherent interface
共格边界
3)  incoherent boundary
非共格边界
4)  coherent
共格
1.
It was revealed that η phase has a coherent orientation relationship with γ matrix as follows,{001}_η//{111}_γ, 〈110〉_γ//〈210〉_η.
结果表明,η相与基体之间有良好的共格关系:{001)_η//{111)_γ,(110)_γ//〈210〉_η。
2.
The changes of precipitated phase were observed by TEM and their effects on the microhardness were analyzed, the precipitated phase corresponding to the peak micro-hardness remains coherent with the matrix.
利用透射电镜对合金时效过程中析出相的变化及其对显微硬度的影响进行了分析 ,在峰值状态下 ,析出相与基体保持共格关系。
5)  coherent interface
共格界面
6)  coherent strain
共格畸变
1.
The precipitation process simulation of the medial density cubic alloy was conducted using the microscopic diffusion equation including the coherent strain energy.
利用包含共格畸变能的微观扩散方程对立方合金的沉淀过程进行计算机模拟。
7)  coherent precipitation
共格沉淀
1.
This paper introduces an advanced model of coherent precipitation kinetic as well as the develop- ment of computer simulation for the microstructure evolution of Ni-based alloys.
介绍了一种先进的共格沉淀动力学模型,以及运用计算机对镍基合金共格沉淀过程组织演化模拟取得的进展。
8)  Semi-Coherent Interface
半共格
1.
Theoretical Calculation for Specific Interfacial Energy of Semi-Coherent Interface between MnS and Austenite;
硫化锰与奥氏体之间半共格界面比界面能的理论计算
9)  common lattice relationship
共格关系
1.
The TEM analysis shows that Cu 5Zr and CuZr dispersoids phases are obtained, Cu 5Zr and CuZr has the common lattice relationship with crystal plane of the original monocrystalline Cu, and the dispersoids phase increaseds and enlarges with raising of the dose of Zr +.
TEM分析表明 :在单晶 Cu中形成弥散相Cu5Zr和 Cu Zr,该相与原始单晶 Cu的晶面有共格关系 ,且弥散相 Cu5Zr和Cu Zr随注入剂量的增加而增多、变大 ,Zr+注入后样品表面硬度有所提
10)  aging precipitation
共格强化
补充资料:半共格界面

semicoherentinterface:在跨越界面处,于跨越界面的方向上,其两侧的诸阵点列和阵点面中只有一部分具有连续性,即两侧的阵点列和阵点面只有一部分相互匹配的。

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