This product series includes low - side right angle high - side right angle c - type bar button , h - type bar button , c - type right angle bar button and 84r bar button panel the carriers and suspended pieces are the same as spray coated and roller coated series 产品分：矮边直角方形板，高边直角方形板c型条扣h型条扣c型直角条扣84r条扣骨吊件部分与喷涂滚涂系列通用。
Among these were sequences which encode putative signalling molecules or transcription factors , sequences which detoxify reactive oxygen species , two c - type lectin sequences , ests which encode membrane - associated proteins and seven distinct late embryogenic abundant ( lea ) sequences 这些序列中包括编码信号分子或转录因子、解毒活性氧组分、两个c型凝集素、编码膜相关蛋白的序列以及7个不同的晚期胚胎富有的序列。
In this thesis , the parabolic stability equations ( pse ) in the different coordinate systems are driven from navier - stokes ( n - s ) equations . the stability problems of the boundary layers for three - dimensional body , and the spatial evolution process of the c - type instability are studied 本文从navier - stokes ( n - s )方程出发,导出了不同坐标系下的抛物化稳定性方程( pse ) ,研究了三维物体的边界层稳定性问题,以及三维扰动的c型失稳的空间演化过程。
The main new points are : ( 1 ) a novel type of icc shielding layer structure has been first studied by classifying as l - type icc and c - type icc . and conclude that which icc structure is more suitable for ic realizations of i / o pad , inductors , baluns etc . ( 2 ) optimize designs of i / o pad , inductors , baluns by icc structures 本论文主要的研究工作如下: ( 1 )新型icc分为感性icc屏蔽( l型icc )和容性icc屏蔽( c型icc ) ,根据这样的分类优化选择分别适合高频集成电路中常用的连接线、 i / opad 、集成电感和集成巴仑等无源器件的各类新型icc屏蔽工艺结构。
The main work of this article : firstly , bring forward the basic structure of machine with loading and unloading bushing ; secondly , use 3d parameter design software pro / engineer 2001 to realize entity - modeling of machine with loading and unloading bushing . it uses the great software fea ansys , analyzing the strength and mesh according to the main part of component , making sure of the main push axis and c - type clamp should have enough intension during the process of working ; thirdly , by using the opt technology of ansys 8 . 0 , it realizes optimization on its structure and realize the minimize quality of c - type clamp under some intensity and pressure 本文做的主要工作是： 1 ) 、提出了装、退套机的基本结构； 2 ) 、利用三维参数化设计软件pro engineer2001 ，实现了装、退套机的实体建模，结合大型有限元分析( fea )软件ansys对装、退套机的关键受力部件进行了网格线划分和受力分析，确保推力主轴和c型夹具在工作过程中拥有的足够强度。
Furthermore , we employ iteration and predictor - corrector - approach to solve the nonlinear equations in order to implement the marching procedure . we investigate detailedly the process of the c - type instability for nonparallel boundary layers with three - dimensional disturbances . by investigating the nonparallel boundary layers of three - dimensional body , we 文中通过对三维物体的非平行边界层稳定性的研究,确定最不稳定波的扰动参数和最易失稳的流向、展向位置;对三维扰动的非平行非线性边界层稳定性的研究,得到更精确的扰动放大因子值。
We adopted here the high accuracy method of using the expansions in orthogonal functions along the normal direction and the effective algebraic mapping to deal with the problem in the infinite region . the initial solutions of two - dimensional harmonic waves are given by landau expansion , and the mean - flow - distortion is calculated by the approximation equation . we can get the initial conditions of ts wave and sub - harmonic wave in the c - type instability by linear pse method 运用landau展开给出了二维谐波的初始解、通过求解线性pse而得到ts波和c型亚谐扰动的初始站值、以及近似地模拟初始站的均流变形值,以此为初始条件,并结合迭代-预估校正方法来实现非线性pse的求解和推进,详细地研究了非平行边界层三维扰动c型失稳过程。
