夹层结构

波纹板夹层结构高温钎焊焊缝X射线影像分析

X ray image analysis of high temperature brazing seam for corrugated plate sandwich structure

ANSYS在复合材料夹层结构屈曲分析中的应用

ANSYS 'S Buckling Analysis in Sandwich Structure of Composite Material

3D夹层结构复合材料风电用机舱罩设计计算

Design and Calculation of Nacelle Cover of 3D Sandwich Composites for Wind Power

为检测波纹板夹层结构高温钎焊焊缝质量，对其进行了X射线照相检查。

To inspect the brazing seam of corrugated plate sandwich structure , X ray photograph was taken .

Z向增强泡沫夹层结构复合材料

Research Development and Application of Z-reinforcement Foam Core Sandwich

FRP整体式夹层结构矩形水箱结构分析与计算

Structural analysis and calculation of sandwich construction rectangular FRP tank

另外一种是3层夹层结构FRP，／软木／FRP粘结组合。

The other is the sandwich structure , FRP / Balsa / FRP .

玻璃钢夹芯材料的应用对FRP夹层结构水箱失效技术原因分析

FRP Sandwich structure materials application technical reason analysis of sandwich FRP water tank failure

复合材料用夹层结构聚氨酯泡沫的反应注射成型（RIM）技术

Reaction injection molding on polyurethane sandwich used in composite

利用MSCPATRAN/Nastran分析复合材料夹层结构

Analysis of Interlayer Structure of Composite Material by MSC Patran / Nastran

PMI泡沫复合材料夹层结构的无损检测方法

Non-destructive Test Methods of PMI Foam Cored Composite Sandwich Structure

SiO2/Ge：SiO2/SiO2夹层结构红外光发射的起源

Origin of Infrared Photoluminescence from SiO_2 / Ge : SiO_2 / SiO_2 Sandwiched Structure

基于DBM方法的铝蜂窝夹层结构非线性参数识别蜂窝夹层复合材料

The Parameter Estimation of Aluminum Honeycomb Sandwich Structure Based on Data-Based Mechanistic Method

采用真空蒸发的方法将有机电双稳材料PAR制成Al/PAR/Al夹层结构。

PAR thin film involved in a sandwich structure of Al / PAR / Al was prepared by vacuum evaporation .

Nomex蜂窝夹层结构的滚筒剥离破坏分析

Failure Analysis of Climbing Drum Peel of Nomex Honeycomb Structure

全面地介绍了AD系列飞机，特别是AD200飞机的玻璃钢蜂窝夹层结构的设计思想和具体措施。

He structural designs of AD-series aircraft are described in detail , especially for AD-200 aircraft .

MEH-PPV夹层结构的430nm蓝色电致发光

430 nm Blue EL of MEH-PPV with Sandwich Structure

NOMEX蜂窝夹层结构方向舵的制造

Manufacturing of Nomex honeycomb - stabilized rudder

采用夹层结构的方法，在制作平面型Gunn畴雪崩器件的n型GaAs外延材料上，低温（420～450℃）淀积SiO2；

Employing sandwich structure , SiO2 deposition on n-GaAs epitaxial layer for a planar Gunn domain avalanche device is carried out at low temperature of 420 ￣ 450 ℃ .

本文对Kevlar面板Nomex蜂窝夹层结构表面粘贴镀铜箔聚酰亚胺薄膜的工艺进行了研究。

This paper study the technology of kevlar / Nomex honeycomb sandwich sticking up copper facing polyimide film .

烧结了新型的蓝色发光材料ZnS：Li2O，用电子束蒸发制备出SiO2夹层结构的ZnS：Li2O蓝色电致发光器件；

The blue emitting material of ZnS : Li 2O was sintered by us . we prepared ZnS : Li 2O devices with sandwich structure through EB evaporation .

本文的主要目的就是利用DBM方法的强大辨识能力对蜂窝板夹层结构的动力学特性进行辨识。

The purpose of this thesis is to use this powerful method to identify the dynamic characteristic of the honeycomb sandwich structure .

通过对单孔超塑性和四层板夹层结构SPF／DB成形的数值模型分析，得到了数值模拟下的优化载荷控制曲线、成形质量和成形厚度分布。

Both single-hole SPF / DB and four-layer SPF / DB were analyzed , the P-t curve , forming result and thickness distribution were derived from each of them .

蜂窝夹层结构承力筒在FY-3卫星上的应用

The Application of the Honeycomb Sandwich Cylinder for FY-3 Satellite

本文通过分析FRP夹层结构水箱失效技术原因，阐明设计FRP容器不能仅按材料强度，而必须采用限定应变准则。

This paper analysises technical reason of sandwich FRP water tank failure . The design of FRP vessels can 't only according to material strength , must adopt the criterion of limit strain .

彩色胶衣涂料在某飞机环氧玻璃钢NOMEX蜂窝夹层结构件上的应用研究

Research on Colour Gel Coating Applied on Epoxy Glass Fibre Reinforced Plastic NOMEX Honeycomb Sandwich Structure of a certain Aircraft

这种对称夹层结构可以用于多个大功率激光二极管阵列的多点侧面泵浦双包层掺杂光纤中，以制作各种大功率（数kW级）稀土光纤激光器，其最大耦合效率可以达到80%以上。

So this DMD sandwich structure can be applied to multi-point side-pump double-clad fiber laser effectively and the maximum coupling efficiency is greater than 80 % after the second diffraction .

研究结果表明，pin组成的X-cor使泡沫夹层结构的这三种性能显著提高。

And results demonstrate that the X-cor , consisted of pins in a truss pattern , improves the mechanical performances of foam core construction significantly .

Z-pin增强对泡沫夹层结构弯曲和振动性能的影响

The influence of Z-pin reinforcement on the flexure and vibration properties of foam core sandwich

X-cor夹层结构压缩强度模型改进与实验验证

Computational modified model and experimental verification of compressive strength of the X-cor sandwich