The interface properties of nylon fiber-rubber composites were studied by using single fiber pull-out method.

The mixture of carbon fiber and nylon fiber can not only enhance the flexural strength,but also improve significantly the impact toughness of cement matrix.

The results of experiments showed that when ceramic fibre was added to mortar with the volume fraction of 3%, the compression strength could be improved by about 44%, flexural strength could be improved by 7%～8%, impact strength could be improved by about 16%, when the volume fraction of nylon fibre was 0.

A study of the carbon and nylon fibre mixture modified cement has been conducted by the authors, which shows that this way is the most effective method to enhance the strength and toughness of the mixture modified cement.

Impacts of nano-ZnO on the structure and properties of MC nylon;

Preparation and DSC analyses of MC nylon modified by copoly merization;

Preparation and Characterization of MC Nylon 6/SiO_2 Nano-meter Composites;

Non-isothermal Crystallization Kinetics of Silica/MC Nylon 6 In-situ Nano-scale Composites;

Study of discrete relaxation time spectrum of MC nylon 6/Kevlar fiber compos-ite melts;

A new method of synthesizing carbon fiber(CF,whose surface is grafted by nylon 6)/MC nylon 6 in-situ composites is proposed and the composites are characterized.