1) cerium shell
铈薄壳
1.
The experimental results showed that thenano-Ni with a cerium shell had higher activity than the pure nano-Ni.
纳米镍稀土薄壳式粒子在硝基苯加氢中的催化性能左东华,张志琨,崔作林,董立峰(青岛化工学院纳米材料研究所,青岛266042)关键词纳米镍粒子,铈薄壳,硝基苯,加氢纳米超微粒子作为一种新型的高效催化剂,近年来已开始为催化工作者所重视,广泛。
2) Thin Shell
薄壳
1.
Application of Moldflow in Gate Design of Thin Shell Injection-moulded Product;
Moldflow在薄壳注塑件浇口设计中的应用
2.
Three dimensional semi explicit iteration algorithm for dynamic analysis of thin shells;
薄壳动力分析的三维半显式迭代算法
3.
The nonlinear geometrical equations for thin shell with arbitrary initial geometrical imperfections;
任意初始几何缺陷薄壳的非线性几何方程
3) shell
[英][ʃel] [美][ʃɛl]
薄壳
1.
Design of the second order quadric surfaces shell;
关于二次曲面薄壳的设计
2.
This paper is to obtain the simplified equations for critical stresses of thin cylindrical shells of the multi-serial uniform load thrust roller bearing by solving the linear stability Donnell equation, and the nonlinear large deflection of post buckling and defects of the thin cylindrical shell under axia compression are considered.
通过求解Donnell线性稳定性方程 ,同时考虑了轴压圆柱薄壳失稳的非线性跳跃及初始缺陷等影响因素 ,得出多排均载推力轴承中薄壁圆筒临界应力的实用计算式 ,可方便地用于稳定性计算 。
3.
This paper is concerned with thin-shell structures of different tensile-compressive moduli.
本文采用不同弹性模量理论对具有拉压不同模量性的薄壳结构进行了较详细的分析和探索,构造了算法,建立了相应的有限元解法。
4) thin shells
薄壳
1.
By introducing reasonable fundamental assumptions and the Green strain in orthogonal curvilinear coordinates,geometric equations expressed by the Green strain tensor for solving thin shells with large deformation are derived in this paper.
将正交曲线坐标下的格林应变张量引入到薄壳大变形分析,通过建立恰当的基本假设,直接导出了用格林应变张量表示的壳体变形几何方程,将该方程代入到本构方程,由能量原理得到了小应变非线性变形平衡方程、内力方程和边界条件,在此基础上提出了大应变变形的简化分析方法。
2.
In this paper,Authors have derived an unified set of equations of elastic stability forthin shells with arbitrary shapes in the method of tensor.
本文用张量导出了任意形状薄壳的统一的弹性稳定性方程组,并且在正交曲线坐标系下化成了以张量的物理分量表示的方程,进而可以将正圆锥壳、球壳、圆柱壳、椭球壳、圆板、矩形板等形状的壳和板作为特例来研究。
3.
The courses of development and their unique features are described in a concise manner for thin shells,space grids,latticed shells,cable structures and membrane structures respectively.
简要地描述了薄壳结构、网架结构、网壳结构、索结构和膜结构的发展历程及其特点,反映了中国在空间结构所取得的巨大成就。
5) The complex of oligochitosan and cerium
壳寡糖-铈配合物
6) Nanometer Ce-doping TiO_2 thin films
掺铈纳米TiO2薄膜
补充资料:硫酸铈四水合物 硫酸铈,四水
CAS:10294-42-5
分子式:CeO8S2.4H2O
分子质量:404.29
中文名称:硫酸铈四水合物 硫酸铈,四水
英文名称:Cerium sulfate tetrahydrate; Ceric sulfate,trahydrate; Ceriumsulfate tetrahydrate
分子式:CeO8S2.4H2O
分子质量:404.29
中文名称:硫酸铈四水合物 硫酸铈,四水
英文名称:Cerium sulfate tetrahydrate; Ceric sulfate,trahydrate; Ceriumsulfate tetrahydrate
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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