Sentence examples for blends as a function from inspiring English sources

The mechanical properties of the blends as a function of composition showed values close to linearity or were even enhanced, with an unexpected synergism in ductility.

Furthermore, the change of the ratio of crystallized i-PP and crystallized s-PP in the blends as a function of crystallization temperature is discussed.

The gas permeation response of poly n-alkyl acrylate) and poly n-alkyl acrylate) blends anda function of tempoly m-alkylrepoly m-alkylacrylateide-chain lengths, n and m, and blendscomposition in the semi-crystasline and molten states.

Morphologies obtained in the pulverized PS/PMMA nanoblend are compared with those in blends of PS/poly n-butyl methacrylate) and PS/poly n-butyl polyethylene methacrylatedenticandSSSP conditions, providing for commentary on the ability of SSSP to produce nanostructured blends as a function of blend compolyethylene

Fig. 8 Tensile modulus for PLA/PBS blends as a function of PLA weight percentage, with normalisation against that of pure PLA Fig. 9 Elongation for PLA/PBS blends as a function of PLA weight percentage, with normalisation against that of pure PLA Fig. 10 Tensile strength for PLA/PBS blends as a function of PLA weight percentage, with normalisation against that of pure PLA.

We studied the correlation between mechanical and structural properties of the polymer blend as a function of collagen concentration.

It was also possible to predict the weld-line strength of the blend as a function of its composition and temperature.

TIPS behavior was investigated in detail to control the morphology, pore size, porosity, and mechanical properties of the blend separators as a function of PAN content.

This work demonstrates the stability and degradation of OSCs based on poly[N-9′-heptadecanyl-2,7-carbazole-alt-5,5(4′,7′-di-2-thienyl-2′,1′,3′ benzothiadiazole)] (PCDTBT): (6,6 -Phenyl C71 butyric acid methyl ester (PC71BM) photoactive blend layers as a function of ageing time in air.

The mechanical behaviour, morphology, and thermal properties of the PLA/PC compatibilized blends were investigated as a function of composition, with the intention of broadening the utility of these biobased-blends.

The stress-strain behaviour of the copolymers and their blends was evaluated as a function of temperature.