With increasing temperature, they identified a sudden decrease in the degree of phase order, indicative of a jump in the superfluid density at T̃BKT.
The decrease in the degree of shear-thinning behaviour increases the drag coefficient, especially at low Reynolds numbers.
These unexpected results were rationalized based on the decrease in the degree of crosslinking of the polyester resin in the nanocomposite, in the presence of clay.
A progressive decrease in the degree of crystallinity and in the size of the PEO spherullites is observed, as PVPh-HEM is added.
In the bands, three-dimensional dislocation structure was formed accompanied by a decrease in the degree of order, which was responsible for the cyclic softening.
On these surfaces we observed a 25% increase in the number of focal adhesion points and a similar decrease in the degree of nuclear deformation, both phenomena associated with decreased mobility.
Further investigation by temperature dependent Fourier transform infrared spectra indicates that the negative influence of annealing on iPP/GO crystallization is associated with the decrease in the degree of conformational ordering during the process of crystallization.
The observed deviation from the scaling law in the temperature profiles arises from the increasing contribution of three-body reactions to the flame front propagation velocity, leading to a decrease in the degree of burner stabilization.
In this limit, for a given Mg, increasing Lg leads to a decrease in the degree of decomposition in the lamellae, but does not alter the lamellar spacing and front velocity, which remain constant.
As the chlorination temperature rises to 1000 °C, an obvious decrease in the degree of order is observed and many cubic diamond-like carbon nanoparticles with larger d-spacing are formed.
The self-repair behavior occurs in the cells with a DOD of less than 120% after a longtime rest and leads to a decrease in the degree of the ISC.
