mur中文是什么意思

发音:

用"mur"造句"mur"怎么读"mur" in a sentence

中文翻译手机版

米尔
穆尔河

"mur marudi" 中文翻译 : 马鲁迪
"uel mur" 中文翻译 : 韦勒穆尔
"bruck an der mur" 中文翻译 : 布鲁克安德莫尔; 穆尔河畔布鲁克
"faire le mur" 中文翻译 : 筑人墙
"le mur des federes" 中文翻译 : 巴黎公社社员墙
"mur de barrez" 中文翻译 : 米尔德巴雷
"mur de bretagne" 中文翻译 : 布列塔尼地区米尔
"mur de sologne" 中文翻译 : 索洛涅地区米尔
"mur des federes" 中文翻译 : 公社社员墙
"mur des federes le" 中文翻译 : 巴黎公社社员墙
"mur-de-barrez" 中文翻译 : 米尔德巴雷
"mur-de-bretagne" 中文翻译 : 布列塔尼地区米尔
"mur-de-sologne" 中文翻译 : 索洛涅地区米尔
"murādābād" 中文翻译 : 摩拉达巴德
"muqum moslem restaurant" 中文翻译 : 木卡姆新疆餐厅
"muqui" 中文翻译 : 穆基
"muquem" 中文翻译 : 穆肯
"muqueem" 中文翻译 : 穆基姆
"muqshin wadi" 中文翻译 : 穆格欣干河

例句与用法

Bloom mur : best references . but henry wrote : it will excite me
210 ”然而亨利却写道： “这会使我兴奋。
Not only are the red wizards involved in it , but mur vhol himself is as well
因为不仅仅有红法师参与了，包括莫?哈尔。
Bruck an der mur
布鲁克安德莫尔
Bloom dipped , bloo mur : dear sir . dear henry wrote : dear mady . got your lett and flow
亲爱的亨利写道： “亲爱的玛迪204收到了你的信和花。 ”
In the following chapter we elaborate two kinds of abc : the perfectly matched layer ( pml ) and the mur ' s abc , explaining their principles and the methods to realize them in the program
接下来的一章我们详细阐述了本软件采用的两种吸收边界： gedney完全匹配层和mur二阶，说明它们的工作原理及在程序中的实现方法。
Another contribution in this paper is that a novel absorbing boundary condition based on the one - way wave equations has been proposed . it is more effective both in theoretical analyses and numerical simulations when compared to other widely used boundary conditions such as second order mur abc ' s
本文的在应用对时域有限差分法的同时，也对其吸收边界条件进行初步研究，提出了一种新的局域吸收边界条件，并通过计算机仿真证明了这种边界条件的有效性。
The novel three - dimensional finite - difference approximations of mur ' s absorbing boundary conditions are also presented in frequency - domain . then the ddm based on fdfd is investigated in the applications of three - dimensional electromagnetics problems . and it is used to analyze the leaky wave antenna based on image nonradiative dielectric ( nrd ) guide
最后，阐述了maxwell方程组和划分区域的despres传输条件的频域差分格式建立，在截断边界上构造了三维频域mur条件的差分近似，探讨了基于频域有限差分的区域分解法在三维电磁问题中的应用实现，并将该算法用于分析一种基于nrd波导结构的漏波天线。
Aiming at efficient analyses of electromagnetic characteristics of electrically large complex cavities , some hybrid techniques are developed based on eb - fem , including ipo / fem , extended ipo , improved ipo / fem , ddm / fem - bie , ddm / fem - po - ptd , fem / ibc , and fem / pml . the following contributions have been made in this dissertation : a novel hybrid approach is proposed in which iterative physical optics ( ipo ) subdomain - splicing technique is combined with eb - fem , the mathematical model of the proposed ipo / fem is established by some approximate methods
本文以eb - fem为基础，以电大尺寸复杂腔体的电磁特性为分析对象，对eb - fem与迭代物理光学法( ipo ) 、区域分解法( ddm ) 、阻抗边界条件( ibc ) 、完全匹配层( pml )和mur吸收边界条件的结合算法以及具有非完纯导体边界的ipo理论模型进行了研究。
The conformal microstrip antenna with some unique character has been applied in many fields , especialy on speedy objects . in this paper , an efficient fdtd algorithm is introduced to analyse the microstrip antenna . firstly , the fdtd formula in descartes coordinate system and in cylindrical coordinate system are obtained from the time _ dependent maxwell equations using the yee algorithm in a calculating region where the dielectric parameters are independent of time and space . the choice of the space discretization units and the time discretization interval are discussed which are decided by the accuracy and stability respectively . the shape and setup of the excitation source are discussed too . the excitation source is chosen to be gaussian pulse in shape . secondly , the mur ' s first - order and second - order boundary condition are deduced in cylindrical coordinate system . the methods of transforming radiation fields from near zone to far zone in the frequency domain and in the time domain are presented when fdtd is applied to analyse the characteristics of far zone . finally , three kinds of microstrip antennas are analysed . they are a slot antenna that lies on a plane ground of a microstrip , a slot antenna that lies on a cylindrical ground of a microstrip and a microstrip line _ fed aperture coupled stacked rectangular patch antenna in cylindrical coordinate system
本文从麦克斯韦旋度方程出发，建立了笛卡儿坐标下无源空间中均匀无耗媒质的fdtd基本方程和圆柱坐标下无源空间中均匀无耗媒质的fdtd基本方程，详细讨论了fdtd法计算中时间步长和空间步长的选取原则以及激励源的类型和设置；推导了mur一阶和二阶边界条件在圆柱坐标下的差分格式；给出了在用fdtd法计算天线的远场辐射特性时必需采用的频域和时域近场远场变换技术；最后用fdtd法计算了平面微带缝隙天线、柱面共形微带缝隙天线和柱面共形微带层叠天线的输入阻抗和远区辐射场，并分析了天线的一些参数的变化对天线输入阻抗的影响，得出了一些有用的结论。