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破裂角
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  “破裂角”译为未确定词的双语例句
    The temperature and pressure at the focus are different from that of the shallow part of crust and the ground. The higher temperature and pressure,the larger conjugate rupture angles.
    地震震源处,其温度和压力与地壳浅处及地表不同,温、压越高,共轭破裂角越大,随着深度的变浅(温、压减小),地震共轭破裂角减小;
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  fracture angle
When t→∞, the static-state distortion strain energy criteria and the formula for determiming static-state fracture angle are obtained.
      
In addition, the relative accuracy of three current fracture theories and the new criterion in predicting static-state mixed-mode initiation fracture loading and fracture angle in rock have been evaluated experimentally.
      
Perimortem injuries may be distinguished from postmortem damage by examining certain attributes such as fracture angle and fracture margins.
      
Numerical results for the fracture angle are obtained to illustrate the application of the proposed formulation.
      
The results showed a reduction in the mean fracture angle from 17° preoperatively to 1° postoperatively.
      
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Many examples show that earthquakes can form conjugate ruptures. The temperature and pressure at the focus is different from the shallow of the crust and the ground. The higher temperature and pressures, the larger conjugate rupture angle. Accompanying decrease of depths, temperature and pressure become small and the conjugate rupture angles also become small. The conjugate angles of isoseismic lines on the ground also become small. The pure shear ruptures easy appear at the focus. The tension shear ruptures...

Many examples show that earthquakes can form conjugate ruptures. The temperature and pressure at the focus is different from the shallow of the crust and the ground. The higher temperature and pressures, the larger conjugate rupture angle. Accompanying decrease of depths, temperature and pressure become small and the conjugate rupture angles also become small. The conjugate angles of isoseismic lines on the ground also become small. The pure shear ruptures easy appear at the focus. The tension shear ruptures easy appear near shallow places of the crust from the focus upward. It discusses the conjugate ruptures of the Haicheng earthquake and its limiting principle stresses accompanying variation of depths in the crust by mathematic mechanics methods and the result of rock mechanics experiments.

许多震例表明 ,地震可以形成共轭破裂。地震震源处 ,其温度和压力与地壳浅处及地表不同 ,温、压越高 ,共轭破裂角越大。随着深度的变浅 (温、压减小 ) ,地震共轭破裂角减小 ,地震烈度共轭角也减小。本文用数学力学方法和岩石力学实验结果 ,探讨了海城地震共轭破裂及极限主应力随地壳深度的变化。

Many examples show that earthquakes can form conjugate ruptures.The temperature and pressure at the focus are different from that of the shallow part of crust and the ground.The higher temperature and pressure,the larger conjugate rupture angles.Accompanying decrease of depth,temperature and pressure become small and the conjugate rupture angles also become small and same as the conjugate angles of isoseismic lines on the ground and the tensile\|shear ruptures are near gound.Based on the method of mathmatical...

Many examples show that earthquakes can form conjugate ruptures.The temperature and pressure at the focus are different from that of the shallow part of crust and the ground.The higher temperature and pressure,the larger conjugate rupture angles.Accompanying decrease of depth,temperature and pressure become small and the conjugate rupture angles also become small and same as the conjugate angles of isoseismic lines on the ground and the tensile\|shear ruptures are near gound.Based on the method of mathmatical mechanics and the result of rock mechanic experiments,variation of the conjugate ruptures of the Yanyuan\|Ninglang earthquake and its limiting principal stresses with the depth of crust is discussed.

许多震例表明,地震可以形成于共轭破裂。地震震源处,其温度和压力与地壳浅处及地表不同,温、压越高,共轭破裂角越大,随着深度的变浅(温、压减小),地震共轭破裂角减小;高烈度等震线共轭角也减小。用数学力学方法和岩石力学实验结果,探讨了1976年盐源 宁蒗6 7和6 4级地震共轭破裂及极限主应力随地壳深度变化。

 
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