It has been shown that the applying of stretching force to a culture of neurons or smooth muscle cells, through the extracellular matrix leads to an increase in the polymerisation of microtubules [ 30, 31].
The results show that the applied voltage has a significant effect on the formation of apatite-like layers.
The results show that the applied voltage has the largest effect on the maximum achieved temperature followed by frequency of the electromagnetic radiation.
The results show that the applied methodology can be used effectively in measuring the negative bias in the images of tourism destination brands.
Experimental results show that the applied compensation increased the dynamic performance of the machine and the quality of the surface finish produced.
The numerical results show that the applied moments have significant effects on the stiffness of steel moment connections in addition to material properties and connection geometry.
The numerical results show that the applied electromagnetic field can change the amplitude and pattern of vibrations of the laminated plate.
Results from DOY 300 and 301 in year 2011 show that the applied method can even remedy the rank deficiency of the design matrix.
The results show that the applied stress, the crystallographic texture of α-Zr matrix, the grain-boundary structure, and the morphology and size of Zr grains simultaneously govern the site preference and the orientation of hydrides.
By analyzing the discriminativity of chosen features the authors show that the applied feature vector can be reduced by 45% maintaining error rates [127].
