横向分量的英文

• crab component
• cross component
• cross coponent
• cross stream component
• transverse component

• "横向"英文翻译    broadwise; infeed; crossrang ...
• "风速的横向分量" 英文翻译 :    crossflow component
• "向分量" 英文翻译 :    tangential component
• "侧向分量" 英文翻译 :    cross component; side component
• "垂向分量" 英文翻译 :    vertical component
• "东向分量" 英文翻译 :    easting
• "法向分量" 英文翻译 :    normal component
• "方向分量" 英文翻译 :    direction component
• "径向分量" 英文翻译 :    radial component
• "迷向分量" 英文翻译 :    isotropic component
• "南向分量" 英文翻译 :    southing
• "切[线方]向分量" 英文翻译 :    tangential component
• "切向分量" 英文翻译 :    tangential component
• "视向分量" 英文翻译 :    line-of-sight component
• "弦向分量" 英文翻译 :    chord component; chordwise component; chordwise mode
• "轴向分量" 英文翻译 :    axial component; x-component x; y-component y; z-component z
• "风横向分速" 英文翻译 :    azimuth wind component
• "横向分辨度" 英文翻译 :    lateral resolution
• "横向分辨率" 英文翻译 :    lateral resolution; tra verseresolution; transverse resolution
• "横向分布" 英文翻译 :    lateral distribution; transverse distribution
• "横向分舱" 英文翻译 :    transverse subdivision
• "横向分层性" 英文翻译 :    lateral zonation
• "横向分带" 英文翻译 :    latitudinal zoning
• "横向分级" 英文翻译 :    lateral grading
• "横向分解" 英文翻译 :    horizontal decomposition

• Based on the theories of hybrid / mixed finite element method , the generalized energy functional including stress , mechanical displacement , electric displacement , electric field and electric potential is used , with the electric - potential relations and the constitutive equations of piezoelectric materials constrained , hybrid energy functional including mechanical displacement , electric potential and stress is gained . moreover , splitting in - plane components and transverse components , the mixed energy functional in which mechanical displacement , transverse stresses and electric potential as basic variables is derived . with the use of surface stress parameters of sub - elements , the continuity of transverse stress at interfaces between layers is obtained
  在回顾杂交混合有限元理论的基础上，从包括位移、应力、应变、电势、电位移、电场强度六个未知量的广义压电材料能量泛函出发，通过约束电场强度?电势关系、应力与应变及电场强度的关系，得到仅包括位移、电势、应力三个未知量的杂交变分泛函，利用一般层合板的杂交混合变分原理，分离面内分量和横向分量，导出以位移、横向应力、电势为未知量的压电层合板的修正变分泛函，作为压电层合板的杂交元列式的理论基础。
• At the same time , on the basis of above results , the stability problem of the polarization of particle self - spin is discussed in irregular magnetic field of accelerator . the discovery that the low degree polarization system is very sensitive to the irregular magnetic field while the high degree polarization system is very stable is found . the irregular fluctuation of the vertical ponderance is complementary to that of the horizontal ponderance due to the self - spin conservation
  同时，在此基础上，利用su ( 2 )代数动力学方程研究了加速器中带自旋离子的极化对磁场的含时无规扰动的稳定性问题，发现：低度极化的系统对磁场无规扰动十分敏感，而高度极化的系统对磁场无规扰动十分稳定；自旋守恒导致自旋的纵向分量的无规涨落和横向分量的无规涨落存在着互补性。
• These results indicate that the magnetic field should have upper stability when the particle beam is low polarized while the requirement of the stability of the magnetic field can be lowered when the particle beam is high polarized in the experiment of producing the polarization of the particle beam . and the complementariness can be used as a negative feedback to stabilize the polarization of particle
  这一结果表明，在产生离子束极化的实验中，在离子束低度极化的前期阶段，磁场应具有较高的稳定性，而在离子束极化度较高的后期阶段，磁场的稳定性要求可以放松；自旋的纵向分量的无规涨落和横向分量的无规涨落的互补性有可能用来做成稳定离子极化的负反馈。

• 横向分量的法语：composante transversale