1.
Effect of Interfacial Compatibization on the Performance of ABS/Cu Composite
界面增容对ABS/Cu粉复合材料性能的影响
2.
Use a Larger Container: This will increase the outer surface area of the container to allow more heat transfer from the environment.
使用更大的容器：这会增加容器的外表面，使更多的热量从外界转移过来。
3.
Preparation of Compatibilizer and Interfacial Compatibility of HDPE/wood Flour Composites;
HDPE/木粉复合材料界面相容剂的制备与界面相容性
4.
Content,Structure and Interface,The three Elements of Web Design
内容、结构及界面——Web设计的三要素
5.
increasing in area or volume or bulk or range.
面积、体积、容量或范围上增加的。
6.
And one way is to add the appropriate content to our army education and training programmes.
在教育训练上要增加这方面的内容。
7.
A review of the growth of silicon steel production line and silicon steel products in the world;
世界硅钢生产线扩容及硅钢产能增长情况调研
8.
The enhanced adhesion caused by fast heavy ion beam
快重离子束引起的界面增强附着效应
9.
DEBONDING MODEL OF FRP-TO-BRICK INTERFACE
纤维增强复合材料与砖界面剥离模型
10.
The Study of Microwave Joint Interface of ZrO_2 Toughened Ceramic
ZrO_2增韧陶瓷微波连接界面研究
11.
Monte Carlo Simulation of Dose Enhancement Effect of Semiconductor-metal Interface
金属-Si界面剂量增强效应的模拟研究
12.
Friction increases with increasing fiber surface roughness in the boundary and semiboundary.
在边界和半边界区内，摩擦随纤维表面粗糙度的增加而增加。
13.
Effect of Interface Reaction on Interface Shear Strength of SiC Fiber Reinforced Titanium Matrix Composites
界面反应对SiC纤维增强钛基复合材料界面剪切强度的影响(英文)
14.
Interphase Compatibility and Properties of Non-halogen Flame Retarded GF/PA66;
无卤阻燃GF/PA66的界面相容性与性能研究
15.
Research on the Interfacial Compatibility of Recycled Wood-plastics Composites;
再生型木塑复合材料界面相容性的研究
16.
Study on Mechanical Properties and Interfacial Compatibility of HDPE/Wood Fiber Composites
HDPE/木纤维复合材料力学性能与界面相容性研究
17.
Research Progress on Interfacial Compatibility of Plant Fibers/Biodegradable Plastic
植物纤维与生物降解塑料界面相容性研究进展
18.
Researches on the High Temperature Creep Deformation of the Weld Seam Interfaces of Pressure Vessels of Clad Steel Plates
复合钢板压力容器焊缝界面高温蠕变研究