This study found that the electrical properties of CNF/PVDF-HFP coated nonwoven fabrics increased with increasing CNFs content, and of silk fabric increased with 4% CNFs content.
Also, it can be seen that the intensity of Raman for copper-plated fabric increased after nickel plating.
It is observed that the weight of water penetrating through the fabric during impact penetration test decreases as the weight of fabric increases.
Strength loss of stripped fabric increased with the increase of stripping action provided by the elevated temperature and concentration of hydrose and caustic soda.
Over an investigated area of 1500 km2, urban fabric increased by 5.9% per year (from 8.2% in 1949 to 36.6% in 2008).
The results show that the color yield (K/S) values of the printed fabrics decreased with the increase of sulfonate groups, but the fixation and penetration of the reactive dyes on cotton fabric increased.
From Fig. 11a it was analyzed that with growing height of whip roller's position at constant depth, shrinkage of grey and finished fabric increased in lengthwise direction because relaxation of fabric was more.
Compared to the suits with the openings tightened, the suits with the collars and cuffs open showed greater ventilation, but this increase in ventilation made a smaller difference as the air permeability of the fabric increased.
The shear rigidity of the STF-im-AR fabric increased, due to the presence of the STF and the sensitivity of the fabric's shear stiffness to changes in the shear strain rate also increased slightly.
The UPF value of silk fabric increased with irradiation time at the beginning of sunlight-induced process and changed slightly after irradiated for 2 h (Fig. 7b), indicating that the reasonable irradiation time is 2 h for obtaining the optimal UV-blocking property of silk fabrics.
