夹心板

简要介绍了聚氨酯胶粘剂在彩钢板/聚苯乙烯夹心板生产中的应用、采用双组分无溶剂发泡型聚氨酯胶粘剂生产夹心板的工艺。

The application and process of using two component foaming type polyurethane adhesive with solventless in color steel / polystyrene sandwich panel were briefly introduced .

本文作者通过一工程实例，介绍了蒸压加气砼小型砌块、彩钢夹心板在直接加层工程中的应用及采取的施工技术措施。

This article describes the use and construction technology for small block of steam pressed aerated concrete and sandwich panel used in direct storey increasing project .

介绍了意大利ALP风管系统，该系统由铝箔聚氨酯夹心板制成的复合风管、特种系统附件、管道连接件及固定件组成。

Presents an introduction to Italian ALP air duct system .

制备了一系列三明治式聚氨酯（PU）泡沫夹心板，研究了聚氨酯泡沫的组成和结构与频率响应特性之间的关系。

A series of classical sandwich composite panels composed of polyurethane ( PU ) foam core and epoxy laminate or paper panel skin were prepared .

彩色夹心板在噪声治理中的应用

The application of colored sandwich steel plate in noise control

铝合金夹心板结构极限承载能力有限元分析

Finite element analysis on ultimate strength of an aluminum alloy sandwich panel

泡沫铝夹心板芯层泡沫结构的研究

Study on the foaming structure of sandwich layer of aluminum foam sandwich

轧制复合-粉末冶金发泡工艺制备泡沫铝夹心板

Preparing Aluminum Foam Sandwich by the Roll-bonding-powder Metallurgy Foaming Technique

泡沫铝夹心板轧制预制坯的粉末冶金发泡工艺

Powder Metallurgy-Foaming Process of Rolled Precursor for Aluminum Foam Sandwich

钢丝网架水泥夹心板隔墙施工技术规程

Technical specification for construction of partition with steel mesh cement sandwich panel

大挠度复合夹心板弯曲问题的半解析有限元法

Semi-Analysis Finite Element Method for the Composite Material Sandwich Plates with Large Deflections

聚氨酯泡沫夹心板的结构与频率响应特性

The relationship between structure of polyurethane foam sandwich panels and the frequency response

房屋加层中钢丝网架夹心板的应用及设计

Application and design for steel wire mesh reinforced panel in overbuilding story constructions

基于振动特性的点阵桁架夹心板损伤检测数值模拟

Numerical Simulation on Damage Identification Using Vibration Signals for Lattice Truss Sandwich Plate

轧制复合法制备泡沫铝夹心板发泡预制坯

Preparation of Aluminum Foam Sandwich Perform by Roll-bonding Process

浅述新型环保绿色空调风管&酚醛铝箔复合夹心板风管

On Newly Environmental Green Air-conditioning Pipe-Integrated Hydroxybenzene , Aldehyde with Aluminum foil board Pipe

研究了基于振动特性的点阵桁架夹心板损伤识别。

A numerical study for vibration based lattice truss structural damage identification was presented .

洁净负压实验室彩钢夹心板围护结构安装技术

Erection technology for colored steel sandwich panel enclosure structure of purified negative pressure laboratory

泡沫铝芯夹心板的制备及泡沫孔的研究

Preparation of Aluminum Foam Sandwich and Foam Cell

间歇法夹心板聚氨酯泡沫芯气泡成因分析

The Genetic Analysis of the Cavities on Polyurethane Foam Core of Discontinuous Sandwich Panel

此外，也可以提供上等木质覆层的夹心板。

Also available with a prime-quality wood cladding .

泡沫铝夹心板的制备及其界面结合机理的研究

Research on preparation of aluminum foam sandwich and steel plate / foam core interfacial microstructure

变厚度智能硬夹心板振动分析

Vibration analysis of smart changed hard-sandwich plate

观察夹心板修复体恢复牙齿形态功能与维护牙龈健康的效果。

Objective : To investigate effect of sandwich restoration on repairing tooth deface and preserving the gingival .

上前牙唇夹心板修复体美学效果的临床观察

The clinical observation on the aesthetics effect of sandwich restoration on labial surface of upper front teeth

钢丝网架聚苯乙烯夹心板是一种性能优良的轻质墙体材料，具有诸多优点。

The plate made of wire gauze with polystyrene is a good lightweight wallboard material with many merits .

内有蜂窝夹心板，外包铝质覆层，乃是坚固性与质地轻盈之完美结合，又使冷热合为一体。

A honeycomb sandwich panel inside and an aluminum cladding outside for the ideal combination of solidity and lightness , coldness and heat .

现存的泡沫铝夹心板的制备方法很多，但均为先制备芯材再进行连接的方法。

There are lots of manufacture methods , but all these methods are to prepare core material first and then join them to skins .

主体框架采用钢结构形式，梁柱节点采用半刚性端板连接，节能复合墙板采用预制钢丝网架混凝土夹心板。

The main structure adopts steel frame , beam-column connection adopts semi-rigid end-plate form . Composite panel adopts prefabricated concrete sandwich panel with steel truss .

研究结果表明：蜂窝孔迳增大，夹心板灵敏度增加，频宽变窄；

The results show that the sensitivity of the sandwich panels increases and the frequency width minifies with increasing the cell size of the honeycomb .