1.
Application of Light-Weight and High-Strength Lattice Structure Composites
轻质高强复合材料网格结构及其应用
2.
Preparation of High-Strength Lightweight Lytag and Its Concrete Performance
轻质高强粉煤灰陶粒的制备及其混凝土性能
3.
The Application of Lightweight and High Strength Polyurethane/Steel Composite Material in Structural Engineering
轻质高强聚氨酯/钢复合材料在结构工程中的应用
4.
Research and Application on High Strength and Performance Fly Ash Lightweight Aggregate;
高强优质粉煤灰轻集料的研究及应用
5.
Preparation of Lightweight Mullite-Corundum Materials with High-Strength and Low Thermal-Conductivity
高强低导热莫来石-刚玉轻质砖的制备
6.
Mix Proportion Design and Application of High-strength Ultra Lightweight Concrete
高强超轻质混凝土配合比设计与应用
7.
Research on Application of High-Strength Light Weight Concrete to Highway Beam Bridges;
高强轻质混凝土在公路桥梁上的应用研究
8.
Strength and Reliability Research on Lightweight Aluminum-lined High-pressure Hydrogen Storage Tanks;
铝内衬轻质高压储氢容器强度和可靠性研究
9.
Analysis the Structural Parameters of High Strength Lightweight Concrete Steel Bridge Deck Pavement
高强轻质混凝土钢桥面铺装结构层的参数分析
10.
Strengthening construction procedure control to increase pass rate for the installation of lightweight partition board
强化工序控制 提高轻质隔墙板安装合格率
11.
Researches and Developments of High Strength-Low Density Deep-Sea Buoyancy Material
深海探测用高强轻质浮力材料的研究与发展
12.
The Rheological Characteristics and Workability Control Methods of Pumped High-strength Lightweight Concrete;
泵送高强轻质混凝土的流变特性及其工作性能控制方法
13.
Fabrication of Low Density High Strength Porous Mullite Ceramics by Tert-butyl Alcohol-based Gelcasting Process
叔丁醇基凝胶注模工艺制备轻质、高强莫来石多孔陶瓷
14.
Discussion on the construction technique of high-strength lightweight concrete in the bridge deck transformation in old bridge reinforcement
桥梁加固旧桥面改造中高强轻质混凝土施工工艺探讨
15.
Influence of Freeze-Thaw Cycles on Compressive Strength of WFS-FA-EPS Beads Lightweight Fillers
冻融循环对轻质填料抗压强度的影响
16.
"The furnace lining is made from light high alumna, light chamotte, insulating plates. "
炉子内衬由轻质高铝砖,轻质粘土砖,绝热板组成。
17.
Comprehensive application aviation aluminum, light weight, high strength.
全面应用航空铝材，重量轻，强度高。
18.
It can reduce operator physical labor and increase equipment used efficiency.
减轻人的劳动强度,提高设备的利用率。