说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> 胶合板性能
1.
Study on the Effect of Properties of UF Plywood Treated with BL-environmental-friendly Flame Retardant;
BL-环保阻燃剂对脲胶胶合板性能影响的研究
2.
Comparative research on two types eucalyptus/poplar composite structural plywood
两种桉木与杨木复合结构胶合板性能的比较
3.
Study on Technology and Capability of Antifriction and Dyeing Soy Adhesive Poplar Plywood;
耐磨型染色杨木豆胶胶合板的工艺与性能研究
4.
Preparation and Hydrogen Sensing Properties of ITO Nanotubes by Sol-Gel Method Combined with Porous Anodic Aluminum Oxide Template
溶胶凝胶模板法合成ITO纳米管及其氢敏性能
5.
The Research on the Mechanics Properties of Plybamboo Material and Structure;
竹胶合板材料力学性能及结构的研究
6.
Experimental Study on Seismic Behavior of Bamboo-Steel Composite Walls
压型钢板-竹胶板组合墙体抗震性能试验研究
7.
Optimal design of the mechanical properties of bamboo plywood form based on response surface model
基于响应面模型的竹胶合板模板力学性能优化
8.
Study on the Bonding Strength of Bamboo Charcoal/TiO_2 Composites
竹炭/TiO_2复合体改性杨木单板的胶合性能
9.
Effect of mechanical properties on structural plywood made from bamboo/fir
热压工艺对竹杉复合结构胶合板力学性能影响
10.
Analysis on mechanical properties of adhesive joint of solar sheet and aluminium alloy frame
太阳能板与铝合金框架胶接接头力学性能分析
11.
Optimizing design of fast-growing woody species plywood bend elastic properties
速生树种胶合板弯曲弹性性能优化设计
12.
Effect of Reactive Dye on Bonding Performance of Dyed Poplar Veneers
活性染料对杨木单板染色后胶合性能的影响
13.
Study on the Retarding Mechanism and Interface Bonding Strength of Gypsum Particle Board;
石膏刨花板缓凝机理及界面胶合性能的研究
14.
Creep of Laminated Veneer Lumber-Experiment and Numerical Modelling;
旋切板胶合木(LVL)蠕变性能试验研究及数值模拟
15.
The Study on Heat-Conduction and Bending Performance in Low Temperature of Plywood
胶合板的传热及低温弯曲力学性能研究
16.
Research on Bending Properties of Birch Plywood Treated by Liquefied Nitrogen(-196℃)
液氮低温处理桦木胶合板的弯曲力学性能研究
17.
Study on Promotion of the Environment-friendly Property of Plywood Caused by BL-formaldehyde Absorptive;
BL-甲醛消纳剂对脲胶胶合板环保性能的影响研究
18.
Mathematical Simulation and Study of the Mechanical Properties of Plybamboo Form in Wetting Regime;
湿状态下竹胶合板模板力学性能与数值模拟研究