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The PP/Co-PP exhibited lower yield strength and young’s modulus, and higher elongation at break than talc composites (data not show here).
Copolymer polypropylene tends to have better stress crack resistance and lower temperature toughness than homopolymer at the expense of slight reductions in other properties.

The cyanide leaching reaction mechanism is also discussed.The data at different cyanide concentrations, different temperature and different oxygen pressure are obtained.
The dissolution mechanism involves an electrochemical process in which the anodic reaction is palladium oxidation while the cathodic reaction is oxygen reduction.

Based on data analysis, the average value of the three antioxidant activity of the replication was 2.482 mg QE / g Extract on the skin of ginger bud fruit and 99.846 mgQE / g extract for lontar fruit skin.
Antioxidants are compounds capable of donating a single electron or hydrogen atom for reduction(8).

The inset shows the partial ionic, electron-hole and n-type electronic conductivities at 1223 K, calculated by fitting of the experimental data to Eq.(9)
All data on the oxygen permeability presented in this paper corresponds to the membrane feed-side oxygen partial pressure (p2) equal to 21 kPa (atmospheric air).
Low-p(O2) stability limits of (Sr2Fe3)1-x(SrCo)xOz, La0.3Sr0.7Fe1-xAl0.3Cr0.1O3-δ and SrFe0.7Al0.3O3-δ ceramics estimated from the data on total conductivity.
Data on CoO [37], FexO [37] and LaFeO3-δ [8,38] are shown for comparison.
The XRD data showed that dual-phase (Sr2Fe3)1-x(SrCo)xOz ceramics can be obtained for compositions with similar fractions of the components (Table 2).

The proposed criterion and method were validated using data obtained during high speed robotic machining of 7075-T6 blocks.
Introduction The robotic machining is one of the emerging technologies for cost reduction in manufacturing processes.

The derived data were compared to the experimental investigation of cracks and craters as provided by cycling with a correlation with the surface finishing level of samples.
Lubricants contribute to the reduction of damages due to chemical affinity between the aluminum alloy and the steel constituting the die.

The changes in the physical data were interpreted via microstructural changes observed by scanning- and transmission-electron-microscopy as well as by x-ray investigations.
Chemical composition in weight-% C Cr Ni Nb Ti Mn Mo N Cu Si P S V 0.04 17.60 10.64 0.62 0.02 1.83 0.29 0.007 0.06 0.41 0.02 0.007 0.07 As expected the tensile strength, ultimate strain and reduction in area decrease with increasing temperature (see Tab. 2).

Process data was obtained through electrochemical simulations and subsequently applied to a specially designed micro-galvanic setup.
As the distance increased, the expected homogenization of field lines and reduction of gradual coating effects occurred.

The zero shear viscosity(η0) was obtained by using the Cross model to fit experimental data.
The wide range of CMC applications involves flocculation, detergents, textiles drag reduction, foods, drugs, paper and oil well drilling operation [1].

The study has been carried out using Computational Fluid Dynamics to obtain aerodynamics data with respect to various sideslip angles (b).
The absence of vertical tail in a BWB aircraft contributes to the reduction of its total drag.