Self-taught

Analog measueament of fracture feature of capsuling self-repairing smart composites;

微胶囊自修复智能复合材料断裂特性的模拟实验研究

Research progress in microcapsule with self-repair composite;

自修复聚合物材料用微胶囊的研究进展

Study on the policy for self-repair of smart materials and structures;

智能材料结构自修复的策略研究

In order to study the automatic restoration action for wear of nano-TiO2 and the influence of frictional condition on automatic restoration,the repairing action to worn steel surface of nano-TiO2 as an addtive in 350SN oil was tested using an HQ-1 wear machine.

为研究纳米TiO2的磨损自修复作用及摩擦条件对修复的影响,将纳米TiO2作为添加剂加入350 SN基础油中,采用HQ-1环块摩擦磨损试验机考察了纳米TiO2对磨损表面的修复作用,在不同载荷、转速、修复时间条件下进行了磨损试验,以质量变化及粗糙度变化来评价添加剂的修复效果。

In order to study the influence of load,slide velocity on automatic restoration capability of nanometer zinc powder that added to 350SN lubricating oil.

在HQ-1摩擦磨损实验机上进行自修复实验,考察了载荷、转速、修复时间对纳米Zn添加剂自修复性能的影响。

In order to study the influence of load,slide velocity and restoration time on automatic restoration capability of composite nanometer MgO/SiO2 additive that added to 350SN lubricating oil.

以纳米MgO/SiO2作为添加剂,在HQ-1摩擦磨损实验机上进行自修复实验。

Research on Wear-self-repairing Nanometer Tin Lubricating Coating;

磨损自修复纳米锡润滑涂层的研究

Preparation and tribological performances of nano-Cu self-repairing additive;

纳米铜自修复添加剂的制备及其摩擦学性能

Experiment and research on permeable crystallization self-repairing performance of concrete;

混凝土的渗透结晶自修复试验与研究

Microcapsule used for self-healing polymer material;

自修复聚合物材料用微胶囊

Research developments of microcapsule type self-healing polymer composite materials;

微胶囊型自修复聚合物复合材料研究进展

The self repair mechanism of self repair polymer materials with microcapsule was discussed.

论述了微胶囊自修复聚合物材料的自修复机理 ,阐述了微胶囊制备技术 ,特别是以脲醛树脂为囊材的原位聚合法制备技术 ,分析了自修复聚合物材料对微胶囊结构和性能的要求 ,概述了微胶囊自修复聚合物材料的研究成果 ,指出其中的优缺点 ,提出今后研究的方向和重点内

In this paper, A new system of self diagnose and self repair in smart structures is put forward, include the manufacture of hollow center optical fiber and its performance, inspection of damage and crack in composite material, and using hollow center optical fiber filled adhesive to repair automatically.

本文的系统中 ,包括研制空心光纤及其性能、复合材料损伤、断裂的监测以及利用注胶方法来进行复合材料的自修复等。

The method for self diagnose and self repair of composite materials using hollow optical fiber with injected adhesive is first put forward.

首次提出利用空心光纤灌注胶液的方法进行复合材料的自诊断与自修复。