Sentence examples for alignment causes from inspiring English sources

In addition, the findings are consistent with the hypothesis that increased fiber alignment causes increased cell velocity, while decreased fiber alignment causes decreased cell velocity.

Decrease in fiber alignment causes a change from polarized motility along the direction of fiber alignment to non-polarized motility and from aligned to unaligned morphology, while increase in fiber alignment causes a change from non-polarized to polarized motility along the direction of fiber alignment and from unaligned to aligned morphology.

This alignment causes viscosity degradation since the micellar structure orients in a way that minimizes resistance to flow, causing the solution to move as a single object (Lin et al. 2001).

More than anything else, Mr. Lord said, the Disney alignment caused Toysmart's demise.

But the consensus was that a favorable planetary alignment caused sunlight to reflect from water crystals in the martian atmosphere.

The dust alignment caused by Δχ dia is considered to be less realistic compared with an alignment caused by Δχ para, since the calculated B S value based on Δχ dia, obtained by bulk crystal measurement, is considerably large compared to the astronomical magnetic field.

In older cultures, in which the cells often have a drop shaped cell body, the physical reorientation is considerably faster, and a more pronounced influence of passive alignment caused by fore/aft asymmetry (drag-gravity model) can not be excluded.

The above-mentioned agreement was examined for various minerals contained in meteorites and circumstellar dust (Uyeda et al., 2005a, 2010), and the possibility of grain alignment caused by Δχ para was discussed on the basis of the agreement.

This technology uses strong magnetic field to align the spins of hydrogen nuclei within the tissues and then the application of pulses of radio waves to systematically alter this alignment, causing the hydrogen nuclei to produce a rotating magnetic field that is detectable by the scanner.

MRI technology utilises a powerful magnetic field (non-ionizing radiation) to align the nuclear magnetization of hydrogen atoms, and then, radio frequency (RF) pulses (through RF coils) are used to systematically alter this alignment, causing the hydrogen nuclei to produce a rotating magnetic field that is detectable by the scanner.

Most of these methods focus on detecting deformities in spinal alignment caused by vertebral fractures through anthropometry or manual examinations [ 11, 14, 15].