The mixing temperatures are only slightly affected by water content, whereas the demixing transition displays a somewhat more marked dependence on water swelling, as higher amounts of water result in a higher temperature of demixing, in the analyzed hydrogel composition range.
Although all these peptides adopt similar solution conformations, a covalently restricted Aβ congener designed to have a very high barrier to conformational rearrangement was inactive, while a peptide designed to have a reduced barrier to conformational transition displayed an enhanced deposition rate relative to wild-type Aβ.
A transition displays all integrations as inputs and outputs, utilizing arcs [12, 13, 14].
Systems undergoing phase transition display critical behavior, wherein several of their properties such as correlation length, specific heat and susceptibility diverge.
Layered transition metal dichalcogenides display a wide range of attractive physical and chemical properties and are potentially important for various device applications.
The R(_mathrm{II})–Liq transition does not display a strong jump at the end of supercooling, although all the runs do show the spike at the high-temperature side of the transition that we saw earlier in RT42 and found to be indicative of a small supercooling effect.
The quantum Ising chain in a transverse magnetic field is the paradigm of a quantum phase transition, displaying universal quantum criticality at low temperatures.
We computed the phase transition displayed in Fig. 2(b) by implementing the Boolean dynamics in networks with scale-free output topology and Poisson input topology.
The obtained results fully corroborate, in first place, the first-order nature of the phase transition, which displays a small hysteresis of ∼0.9 K at a heating/cooling rate of 2 K min−1.
This situation occurs when the transition matrix displays a value in each of its diagonal cells that is lower than 0.5.
