1.
Analysis of Traditional Bamboo-culms Furniture and New Glue-laminated Bamboo Furniture
传统圆竹家具和新型竹集成材家具的分析
2.
The Study on Joint Property of Oval-tenon of the Glued Laminated Bamboo;
竹集成材椭圆形榫接合力学特性研究
3.
Where bamboo plywood panels and laminated beams used for root trusses, sheathing boards and wall panels.
它的校舍屋架,屋顶板和内外墙板均为竹集成材和竹胶合板制成。
4.
Innovative Furniture Design Based on Material -on Laminated Bamboo & Recycling Economy;
家具创新设计从基材入手——关于竹集成材与循环经济的话题
5.
Comparison and analysis of the typical structure and processing between solid wooden furniture and glued laminated bamboo furniture
实木家具与竹集成材家具典型结构与加工比较分析
6.
Chemical Components in Culms of Different Variation Types of Phyllostachys nigra
紫竹不同变异类型的竹材化学成分分析
7.
The Research of Manufacturing Technology and Properties of Bamboo/Wood Composite Orient Strand Lumber;
竹木复合积成材制备工艺及性能研究
8.
Variations of the microfibril angle in developmental moso bamboo culms
毛竹材质生成过程中微纤丝角的变化
9.
Preliminary study on compression-molding process of PVC/bamboo flour composites
PVC/竹粉复合材料压制成型工艺初探
10.
On Structure,production,and market of bamboo-based panels in China;
国内竹材人造板构成及生产和市场现状(英文)
11.
Kinetic and combustion properties from a combustion reaction of bamboo strips soaked by fire-retardant material
阻燃型竹丝成形材燃烧动力学和燃烧性能
12.
Forming Technology of Bamboo Fiber Reinforced Biodegradable Plastic Composites
生物可降解竹纤维增强塑料复合材料成型工艺
13.
durability of bamboo and wood
竹材和木材的耐久性
14.
Computer Integrated System of Bar&Light Section Rolling Mill
棒材和轻型材轧机的计算机集成系统
15.
Penny is a very good plant, which would then short, generally lasting only three to seven years.
竹是一种非常好的植物，它成材期短，一般只需三至七年。
16.
Research on the Main Chemical Components, Physical and Mechanical Properties of Bamboo after Thermal Treatment
高温热处理前后竹材主要化学成分及物理力学性能研究
17.
Growth Strategies for Coping with Financial Crisis in Forestry Processing Enterprises--Case studies in Anji bamboo processing enterprises
林业企业应对金融危机的成长策略分析——以安吉县竹材加工业为例
18.
A Study on Combustion Reaction Kinetic and Combustion Properties of Bamboo Strips Forming Materials with Different Resins
不同树脂竹丝成形材燃烧反应动力学及燃烧性能研究