In order to model the phase behavior of physical hydrogel, which directly results from breaking and forming of crosslinks, a novel formulation of the free energy is proposed, which accounts for the effect of crosslink density to characterize the phases, and may reduce to that for a chemical hydrogel when the crosslink density is constant.
The objective of the research is the definition of a new set of parameters to evaluate the effective dynamic thermal behavior of a layer subject to phase change (PCM) that, for the effect of non-sinusoidal periodic boundary conditions, characterizing the external walls of air-conditioned buildings, give rise to the formation of one or more melting or solidification bi-phase interfaces.
Here, a mechanistic basis for the effect of acetylation on WRN function was characterized in detail.
Multiple selected disruption mutant strains for vic2-2 (DK80 Δ vic2-2), vic6-2 (DK80 Δ vic6-2), and vic7-2 (DK80 Δ vic7-2) were subsequently examined for the effect of allele disruption on mycelial incompatibility, characterized by the formation of barrages or lines of demarcation (Powell 1995) and mycovirus transmission (Huber and Fulbright 1994; Cortesi et al. 2001).
The frame duration was increased to allow for the use of lower power excitation, so as to characterize and correct for the effect of photobleaching on the observed lifetimes of Cy3-diVCA bound to tethered Arp2/3 complexes.
We first characterized the panel of hepatic cell lines for the effect of rapamycin on cell proliferation using incorporation of [3H]-thymidine into DNA.
In this paper an experimental program for characterizing the effect of voids on the composite materials behaviour is presented.
These findings confirm that Q0 is a highly sensitive parameter for characterizing the effect of one branch by detecting backbone and branch relaxation modes.
We perform first-order calculation and found that the miniaturized MFC can be heated to the target temperature within several minutes due to its low heat capacity, which is suitable for characterizing the effect of temperature on MFCs, while macroscale MFCs takes much longer time (supporting materials).
This enables the use of the empirically detected values of b for characterizing the effect of the environment on the system, i.e., detecting the actual value of badj.
Hence, it is not a good index for characterizing the effect of pretreatments on the crystallinity of cellulose.
