分格式英文

• cellular
  

• "分" 英文翻譯 :    component
• "格式" 英文翻譯 :    form; layout; pattern; forma ...
• "差分格式" 英文翻譯 :    array of difference; difference analogue; difference format; difference schema; differenzenschema difference scheme
• "差分格式法" 英文翻譯 :    difference schema method
• "分格式的" 英文翻譯 :    cellular
• "分格式橋面" 英文翻譯 :    cellular deck
• "緊差分格式" 英文翻譯 :    compact difference scheme
• "變分差分格式" 英文翻譯 :    variational difference scheme
• "差分格式頻散" 英文翻譯 :    dispersion of difference scheme
• "單調差分格式" 英文翻譯 :    monotone difference scheme
• "對稱差分格式" 英文翻譯 :    symmetric difference scheme; symmetrical difference scheme
• "分格式辦公室" 英文翻譯 :    cellular office
• "交錯差分格式" 英文翻譯 :    staggered difference scheme
• "交替差分格式" 英文翻譯 :    staggered difference scheme
• "守恒差分格式" 英文翻譯 :    co ervation difference scheme; conservation difference scheme
• "顯式差分格式" 英文翻譯 :    explicit difference schemes
• "隱式差分格式" 英文翻譯 :    implicit difference scheme
• "有限差分格式" 英文翻譯 :    finite difference operator; finite difference scheme; finite differencing scheme
• "指數部分格式" 英文翻譯 :    exponent part format; exponential part format
• "保單調差分格式" 英文翻譯 :    monotonicity preserving diffe-rence scheme; monotonicity preserving difference scheme
• "差分格式的耗散" 英文翻譯 :    dissipation of difference scheme
• "差分格式的頻散" 英文翻譯 :    dispersion of difference scheme
• "反擴散差分格式" 英文翻譯 :    anti-diffusion difference scheme
• "分格式構架系統" 英文翻譯 :    cellular framing system
• "分格式貨柜貨船" 英文翻譯 :    cellular container vessel

• Convergence rates of subdivsion schemes associated with inhomogeneous refinement equations
  與非其次細分方程相關的細分格式的收斂階
• However , the lack of force and the backward development prevent them from playing an impotent role in regulation on standard terms
  在我國，既要完善事前懈u制舢瓢口強郭規制的力度。第四部分格式條款效力刪的非怖凋隧羥。
• When gdb is configured for a particular environment , it understands debugging information in whatever format is the standard generated for that environment ; you may use either a gnu compiler , or other compilers that adhere to the local conventions
  當gdb為一個特別的環境配置好后，它識別這一環境中產生的標準的不分格式的調試信息；你既可以使用一個gnu的編譯器，也可以使用遵循本地習慣的編譯器。
• Expressions in three kinds of perfectly matched layer ( pml ) absorbing boundary conditions is also given . second , the numerical theories of the auxiliary fields fdtd method is studied , including the stability of the differential equations and the numerical dispersive relationship . the stability of two kinds of differential formulations and three kinds of pml is compared , using a straight method depending on the pmax - t graph
  更進一步，研究了輔助場fdtd方法的數值理論，對其微分方程、差代方程的穩定性進行了分析，比較了有耗媒質中的兩種差分格式和三種理想匹配層中的差分格式的穩定性，提出了一種通過p _ ( max ) - t曲線判定穩定性并求出穩定性條件的直觀方法，并導出了該方法的色散關系式。
• In chapter three , after introduced the method of fdtd in electromagnetic computing , we study the dispersion of several 2 order fdtd methods deducing from the difference for space and time variables by fourier theory . result show that the dispersion deduced by space - difference can be modified by the time - difference
  接著本文用傅立葉分析的方法研究了空間差分和時間差分格式以及二者聯合時的數值色散誤差特性，通過對幾種2階格式的研究和比較，指出了yee格式fdtd是2階格式中的最佳fdtd方法。
• But few papers have numerical research of the problem . the present paper deals with the numerical solution by means of stabilized finite element methods . that g / l - s finite element discrete form is used in this paper has the following reasons : ( 1 ) a g / l - s stabilized finite element method does n ' t request bb condition come into existence ; ( 2 ) paper [ l ] is an successful application of the g / l - s method [ 5 ] to n - s equations and its altrenative [ 6 ] to nonlinear equations ; ( 3 ) compared with n - s equations , the stationary dissymmetry flow equations are more complicated which increases the difficulties of theory and numerical analysis ; ( 4 ) the mix variational form is educed and existence and uniqueness of the solution are proved
  本文之所以采用galerkin /最小平方法有如下原因： ( 1 ) g / l - s穩定化有限元方法，它不要求bb條件成立，該方法應用到流體等線性問題上已經取得了很大成功，而對非線性問題卻研究很少； ( 2 )文章[ 1 ]是galerkin /最小平方法[ 6 ]在n - s方程及[ 8 ]在非線性方程上地應用，已經取得了一定成功； ( 3 )與文章[ 1 ]中n - s方程組相比而言，定常非對稱流動方程組增多了方程( 1 . 3 ) ，因此理論和數值分析難度進一步增大； ( 4 )本文從有限元角度分析，導出了問題的混合變分格式，證明了定常非對稱流動方程變分格式解的存在唯一性。