Using tagged Magnetic Resonance (MR) images, we can research deformation and motion of the heart muscle.
带标记线核磁共振图像是精确研究心肌形变以及心肌质点运动的重要途径。
The magnetic signals were hardly varied during elastic and plastic deformation periods but changed after fracture rapidly.
试件拉伸过程中塑性变形阶段内磁信号无较大数值变化，断裂后信号突变。
The magnetic lineation and magnetic foliation study of the ore area show that the magnetic fabric study can proclaim the stress field of rock deformation as the petrofabric analysis.
矿区的磁线理、磁面理等磁组构研究表明，磁组构能与岩组研究一样，解决岩石变形的应力场问题。
The magnetic forces and dynamic deformation analyses for tube-compression by electromagnetic forming are performed by coupled fields FEM numerical simulation.
对管件电磁缩径的磁场力和动态变形进行了耦合场FEM数值模拟。
An analysis of the rock magnetic fabric can be used to study the fabric characteristics of the rocks and structural deformation.
岩石磁组构分析可用来研究岩石的组构特征及构造变形。
ECAP deformation is new approach for fabricating high performance magnetic materials with high material utilization and low production cost.
ECAP变形为制备利用率高、成本低的高性能磁性材料提供了一种新途径。
It is important to verify the results of the theory research on the magnetic pressure and analyze the sheet deformation further.
它的获得对于验证磁场力理论研究结果，以及进一步研究板材变形具有重要意义。
Uneven constant magnetic field could alleviate the deformation of neuronal nucleus and change of nuclear membrane structure induced by hypoxia.
非均匀恒磁场可缓解缺氧导致神经元的核变形以及核膜结构不光滑等现象。
Results Non-uniform-permanent magnetic field can reduce deformation in neurons of cerebral cortex, roughness of membrane structure, organelle decreasing and etc, which were all caused by hypoxia.
结果不均匀恒磁场可缓解因缺氧而导致的小鼠大脑皮质神经元胞核变形、核膜不光滑及细胞器数量减少等现象。
The paper studies magnetic fabric characteristic of faults developed in the typical ductility and weak deformation areas.
本文研究了典型韧性变形断裂和弱变形区的岩石磁组构特征。
The result of magnetic measurement shows that the amount of deformation-induced martensite increases with the increasing of plastic strain.
在小变形条件下，变形速率对形变马氏体的生成量影响较小；
The result of magnetic measurement shows that the amount of deformation-induced martensite increases with the increasing of plastic strain.
在小变形条件下，变形速率对形变马氏体的生成量影响较小；
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