本文主要讨论了利用形变数据反演断层运动位错模型参数的贝叶斯方法。
In this paper, the Bayesian inversion method has been studied and applied in the determination of parameters of dislocation model of active faults by using crust deformation surveying data.
本文改进BCS型裂纹位错模型，并对裂纹顶端范性区的位错密度分布进行了计算。
The dislocation distribution function in the plastic zone at a crack tip is calculated with the help of a modified BCS-type crack model.
采用连续分布位错模型讨论和分析了受远处载荷下半无限平面自由边界附近任意方位的裂纹问题。
With a continuously distributed dislocation model, this paper deals with cracks inclined to a free surface of a semi infinite plane under remote loadings.
研究结果表明，在使用大地测量资料进行地震位错模型参数反演时，考虑大地水准面形变不仅在理论上更加严格，而且在实际应用中也确有意义。
The results indicate that based on geodetic data inversion of source parameters of earthquake dislocation model is not only theoretically serious, but also practically significant.
并且曲线可以采用G - L位错钉扎模型给予很好的解析。
为了研究声子晶体因缺陷而产生的声波导问题，提出了同质位错缺陷模型。
A homogeneous dislocation defect model was established to study the sonic waveguide of a photonic crystal with defects.
对组织的观察和位错密度的测量表明，该强化作用与位错强化模型的计算结果一致。
This increase in strength corresponds well to the calculation of a dislocation strengthening model using dislocation densities measured from TEM observations.
提出了研究杂质层错复合体声子激发及其与位错运动相关的模型及理论计算方法；
The physical model and theoretical method for studying the phonon excitation of stackingfaultimpurity complex with the motion of dislocation are proposed .
然后利用相同的计算模型，分别计算了硅的滑移面和拖动面上的各种位错的形成能。
Second, with the same model, we calculated the forming energies of different dislocations in the glide and shuffle planes in Si.
本文对解理台阶的形成模型——解理裂纹与螺位错交割模型进行了诠释。
Its explicitly explained how the cleavage step pattern is formed by the cleavage crack intersecting with screw dislocation.
研究中，将宏观断裂力学及微观断裂物理相结合，根据位错产生微裂纹机制，对磨削过程的微裂纹的形成采用位错赛积模型来描述。
According to the mechanism that micro-cracks come into being from the dislocation, the dislocation piled-up model is used to describe the grinding crack.
按照位错攀移模型，提出一种第二阶段蠕变机理。
A mechanism for secondary stage creep has been proposed according to the climbing model.
该模型不但考虑了位错塞和所产生的应力集中的作用，同时也考虑了空位聚集的作用。
The basic idea of this new model is that cavity nucleation during creep deformation depends not only on the stress concentration of piled-up group of dislocations, but also vacancy clustering.
该模型不但考虑了位错塞和所产生的应力集中的作用，同时也考虑了空位聚集的作用。
The basic idea of this new model is that cavity nucleation during creep deformation depends not only on the stress concentration of piled-up group of dislocations, but also vacancy clustering.
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