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Their tensile behaviour is studied as a function of reinforcement size and shape.
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In order to elucidate the elution process, their dilute solution viscosity behaviour was studied as well.
Both the steady-state and transient behaviour were studied, as well as the influence of the real distribution of Merox catalyst inside particles and along the bed on the simulation results.
The catalytic behaviour was studied as a function of the Cr loading and the support.
On these materials the yield strength and the notched tensile behaviour was studied as function of test speed (10−4 10 m/s).
Weight loss, eating psychopathology, food cue reactivity, and snacking behaviour were studied as main treatment outcomes, and mediators and moderators of treatment effects were studied.
On the extruder blends, the impact behaviour was studied as a function of temperature while changing the type of CSIM, the CSIM concentration (0 40%) and the blending conditions.
The fracture behaviour was studied as a function of temperature by means of a tensile test on notched Izod bars at 1 m s−1.
A fuel cell with TiC as anode and 40 wt% Pt/C as cathode is constructed and the polarization behaviour is studied with NaBH4 as anodic fuel and hydrogen peroxide as catholyte.
The high qR̄G-range [where q is the scattering vector; q=(4πn/λ)sin(θ/2)] allowed the internal behaviour of starch samples to be studied as well.
Then, their physical behaviour was studied through microstructure characterization, as well as through the evaluation of both resistance to the vapour permeability and capillary water absorption.
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CEO of Professional Science Editing for Scientists @ prosciediting.com