UHMWPE的例句大全

development of physical modification on uhmwpe and its molding process

UHMWPE的物理改性研究进展及其加工成型工艺

Physical modification methods of UHMWPE mainly included blending, rheological modifier and liquid crystal insitu composite modification.

UHMWPE物理改性方法主要有共混改性 、 流动改性剂改性及液晶高分子原位复合材料改性.

The little carbon nanotube can improve impact strength, antistativity and electric conductivity of UHMWPE.

用少量的碳纳米管就能改善UHMWPE的抗冲击 、 抗静电及导电性能.

The melting behavior of ultrahigh relative molecular weight polyethylene ( UHMWPE ) fiber was studied by DSC.

用DSC法研究了超高相对分子质量聚乙烯 ( UHMWPE ) 纤维的熔融行为.

Ultrahigh molecular weight polyethylene ( UHMWPE ) fiber was prepared by gel spinning and ultra-drawing technology.

采用冻胶纺丝 - 超拉伸技术纺制了超高相对分子质量聚乙烯 ( UHMWPE ) 纤维.

At the initial stage of tension, the AIRT of UHMWPE specimens decreased at first, and then increased.

在拉伸的初始阶段，UHMWPE材料的红外辐射温度先降后升；

Detailed analyses were performed to establish the relationships between compressive stress and strain, average infrared radiation temperature ( AIRT) and strain, average infrared radiation temperature and mechanical work of UHMWPE.

对超高分子量聚乙烯人工髋臼材料试验过程中的应力与应变、平均红外辐射温度与应变、平均红外辐射温度与机械功之间的关系进行了分析。

Conclusion MSJ and UHMWPE particles both can cause histological response and induce the release of inflammatory cytokine-IL-1 β, which demonstrated that the wear debris of MSJ was one of the reasons of aseptic loosening of prostheses on the basis of the results of our experiment.

结论4种颗粒均能引起组织学反应，诱导产生炎性细胞因子IL-1β。

Methods MSJ, UHMWPE and alumina ceramic wear debris are produced in vitro, while the wear debris of titanium alloy ( Ti6Al4V) is isolated from synovial membrane like interface tissue ( SMLIT).

方法将镁硅玉、高分子聚乙烯和氧化铝陶瓷在体外加工成直径小于10微米的磨损颗粒，钛合金（Ti6Al4V）磨损颗粒为界膜中提取。

Study on PPy/ UHMWPE fiber prepared by chemical vapor deposition

化学气相沉积PPy/UHMWPE纤维的研究

Preparation of composite extracting agent and extracting technology for UHMWPE gel-spun fibers

UHMWPE冻胶纤维复合萃取剂的配制及其萃取工艺

The method of extruding UHMWPE pipe extruded by mono-screw extruder was studied in this paper.

论述用单螺杆挤出机挤出超高分子量聚乙烯管材的工艺.

Structures and properties of as-spun ultra-high molecular weight polyethylene ( UHMWPE ) gel fibers change in ultra-drawing process.

超高分子量聚乙烯 ( UHMWPE ) 的初生凝胶电丝在超倍拉伸(简称为 超拉伸 )过程中其结构和性能要发生一系列变化.