Aulaskari and Lappan showed that a family of meromophic functions is a normal family if,for all functions in the family,the integrals of a power(greater than 2)of the spherical derivatives are uniformly bounded on each compact set.
Lappan证明:若亚纯函数族中的所有函数的球面导数的幂方(大于2)在紧集上的积分一致有界,则该族是正则的。
Fixture clamps and programme design of spherical surface machined by numerical control lathe;
数控车床加工球面的工装夹具及程序设计
Study of measuring device of conentricityfor window of spherical surface;
球面壳窗同心度测试装置研究
Evolvement model of photoresist spin coating thickness on spherical surface;
球面旋涂光刻胶膜厚分布的数学模型
Research on Computer Simulation of Machining Sphere by Generating EDM;
球面展成电火花加工计算机仿真研究
An analysis of the intersection of torus/sphere based on coordinate transformation;
基于坐标变换的圆环面/球面相交分析
The meshing process and mesh quality of sphere double enveloping hourglass worm;
球面二次包络环面蜗杆传动的啮合原理与啮合性能
In recent years,a number of data structures for global geo-referenced data sets have been proposed based on regular,multi-resolution partitions of polyhedra and spherical discrete grid is the most promising of such systems.
球面离散网格模型是管理海量数据的有效途径,如何构建球面网格是这类模型的基础问题。
In this dissertation, a new fully decoupled parallel 2-DOF spherical mechanism is presented and studied in many fields, such as structure, kinematics, statics, workspace, physical model of the solution space and so on.
提出一种新型2自由度球面并联解耦机构,并对机构的构型、运动学、静力学、工作空间、空间模型等方面进行了比较全面的研究,最后运用OpenGL进行运动仿真。
According to the important role which the optical parts plays in the modern science and technology, the machining methods and corresponding difficult points of spherical and aspherical optical parts are described.
本文根据光学零件在当今科学技术中的重要作用,阐述了球面及非球面光学零件的各种加工方法及其难点,讨论解决加工难点的方向和可行方法。
Discussion on NC Turing method of the ellipsoid surface;
椭球面数控车削方法的探讨
And it pur forward a new type of computing on the ellipsoid surface or deviating from the ellipsoid surface.
本文建立了椭球面上或偏离椭球面的经纬线长度、曲率半径、龙骨弯曲方向等几何参数的计算模型和方法。
Testing of weak aspheric surface by real-time interferometry;
干涉法实时测量浅度非球面技术
A novel method of fast testing aspheric surfaces;
一种快速检测非球面面形的新方法
Magnetorheological finishing for aspheric surface with nanometer accuracy;
永磁流变抛光纳米精度非球面技术研究
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