1.
PET film biaxial stretching technique and development direction
PET薄膜双向拉伸技术及发展方向
2.
Analysis of the Structural Performance and Stretching Process of the Honeycomb Paper Core;
蜂窝纸结构性能及纸芯拉伸技术的研究
3.
The Microtester Technology of Mechanical Properties Moisture-dependent Property Determination of short Vegetable Individual Fibers
微拉伸技术测试植物单根短纤维力学性能对水分依赖特性
4.
Study on Processing Technology of Biaxially Oriented Polyvinyl Fluorite Film;
双向拉伸PVF薄膜加工技术的研究
5.
Adopting international prevailing surface treatment technology, the basin is smooth in surface, has greater depth and more volume, easy to use.
先进拉伸整形技术，拉伸均匀，盆体特深，空间更大，使用便捷。
6.
THE KEY TECHNIQUE OF VFD FOR DRAWING PROCESS OF STAPLE FIBER
短纤维拉伸线采用变频传动技术的主要问题
7.
Impact Tensile Experimetal Technique and Its Application on Magnesuim-Aluminium Alloy;
冲击拉伸试验技术及其在镁铝合金上的应用
8.
RHEO-TENSION Measurement and Control System Based on Virtual Instrument Technology;
基于虚拟仪器技术的拉伸流变仪测控系统
9.
Techno-Economic Evaluation on 5000t/a BOPP Film;
5000t/a双向拉伸聚丙烯膜项目技术经济评价
10.
Mechanical Properties Characterization of Micro-scale Materials Through Micro-tensile Testing Method
微构件拉伸测试技术及其力学性能研究
11.
Application of Profibus Technology in Tension-Bending Straightening Machine
Profibus控制技术在拉伸弯曲矫直机组中的应用
12.
An improved technique for dynamic tension of metal ring by explosive loading
实现材料高应变率拉伸加载的爆炸膨胀环技术
13.
Acoustic Emission Analysis for Tensile Property of UHMWPE/PP Laminates;
声发射技术在PE/PP层合板复合材料拉伸损伤分析中的应用
14.
Study on Effect in Improving the Shanshou Athletes skills Made by Using the Warming-up of Statics Stretch;
静力性拉伸准备活动对提高散手运动员技术质量的研究
15.
The Study of Micro-tensile Strength for Bonding Different Inlays with IDS and DDS Techniques
IDS与DDS技术粘结三种不同材质嵌体的微拉伸强度实验研究
16.
Segmentation and constraint reconstruction for profile data of extruded surface and rotational surface
拉伸与旋转面轮廓数据分段及约束重建技术研究
17.
Application of FieldBUS Technique in Biaxial Oriented Polypropylene Production Lines
现场总线技术在聚丙烯双向拉伸薄膜生产线中的应用
18.
INVESTIGATION OF DAMAGE MECHANISMS OF PE/PE LAMINATES BY ACOUSTIC EMISSION TECHNIQUE
基于声发射技术的PE/PE层合板拉伸破坏机理分析