The LCT allows the direct incorporation of the polymer architecture in the Helmholtz free energy, so all derived properties are dependent on chain architecture.
The results provide information on the magnitudes of the averaging effects for bimodal solutions of polymers with different polymer architectures and suggested that the averaging effects are not strongly dependent on polymer architecture.
Tenderness development is dependent on the architecture and the integrity of the skeletal muscle cell and on events that modify those proteins and their interaction.
Coating with adequate polyethyleneimine was particularly effective at delaying drug release, being dependent on the architecture of the interaction between the polycation and the mineral.
The resulting branched poly SPM -grafted cation exchangers exhibit typoly SPM -graftednge cationtexchangersor lysozymexhibitptypicald the maxionicadsorption capacity rexchange mg/mL on Sep-BrS-S12B2 whereas γ-globulin adsorption is more dependent on polymer archaracteristics
Micromechanisms of failure in the three dimensional tests specimens are shown to be dependent on the architecture of the fibre reinforcement (i.e., unidirectional versus woven fabric prepregs), particularly in the case of Mode II loading.
The quality of this parameter determined by self-calibration, as measured by its estimated precision and its correlation with the tertiary rotation angle κ of the scanner exterior orientation, is strongly dependent on instrument architecture.
These results indicate that, upon M-CSF stimulation, PLC-γ2 cellular localisation and phosphorylation are strongly dependent on cytoskeleton architecture of the macrophage precursor as well as the PI3-kinase and the Src kinases.
The variation in G for row crops is related to the effect of differential shading of the soil surface, which is dependent on plant architecture, row spacing, and row direction.
Predicting torsional response of pultruded fiber reinforced polymer (FRP) composite member with closed cross-sections is complex due to the inhomogeneous nature of section properties, which are dependent on fiber architecture and constituent material properties.
The success of blood conduit replacement with synthetic graft is highly dependent on the architecture, and mechanical properties of the graft, especially for biodegradable grafts serving as scaffolds for in-situ tissue engineering.
