The comfortability of hemp fabric is thoroughly studied with the experiments of air and moisture permeability and capillary effect by comparing them with ramie and flax fabrics.

In this paper, the condition of capillary effect producing is analyzed in theory; the capillary' s models of five cross-sectional fibers are set up ,their capillary's sizes are calculated,and whether easy or not capillary effects happen in these capillaries is analyzed.

A physical model is presented to research how the capillary effect affects the fractal nature of viscous fingering in porous media.

Conventional comparative experiments such as air permeability,cold sensation,moisture permeability experiment and wicking were performed on eleven kinds of knitted fabric like pure pearl fiber,pearl fiber/cotton,casein protein fiber/wool/cotton,modal,modal/cotton,viscose,etc.

The effect of treating time on the surface modification and its aging were studied through the measurements of wicking effect.

It was shown from the experimental results that the wicking effect was increased and the surface energy was improved significantly after the oxygen low_temperature and Ar low_temperature treatment.

It is shown from the experimental results that the wicking effect is increased and surface energy is improved significantly after the treatment, and the wettability is enhanced.

Influence of a nonionic surfactant on the relationships between capillary pressure and saturation in two-phase system;

Experimental study of relationship between capillary pressure and saturation in two-phase system in porous media;

Experimental study of capillary pressure-saturation relationships for immiscible liquids in porous media;