Comparison of complex modulus mastercurves indicated that at lower reduced frequencies, complex modulus values were higher for polymer modified blends in relation to unmodified binder.
Models have been proposed to describe the rheology of immiscible polymer blends in relation to their morphologies, either for dilute droplet emulsions or for concentrated blends with complex interfaces.
The improvement in the vertical strength in the blend is discussed in relation to the structural characteristics of the iPS/PPO blend.
Electron/ion and proton conductivities of the 60/40 Nafion/PVDF-TrFE blend were discussed in relation to the comingled percolated morphology of the membrane.
The isothermal and non-isothermal crystallization behavior of P VDF/TrFE) in the blends was analyzed in relation to the behavior of the ferroelectric-paraelectric phase transition, often known as the 'Curie transition'.
Electron and proton conductive properties of Nafion/poly vinylidene fluroride -co- trifluroride -coe (PVDF-trifluoroethylene investigated in relation to domain morphology guided by phase diagram using differential scanning calorimetry, polarized optical microscopy, and AC impedance analyzers.
Development of asymmetric channel morphology driven by coagulation-induced phase separation of genistein (G) modified poly ether sulfone)/poly vinyl pyrrolidone) (PES/PVP) blends has been examined in relation to their miscibility phase diagram.
The KGa values of MEA and the blend based on it are higher in relation to AMP.
A learning management system (Moodle) was used and learner characteristics/background and blended learning design features were measured in relation to learning effectiveness.
