The mixing process is studied on the base of Interball/Tail probe observations.
The effect of variables (H2O2∕COD (1 3.25), H2O2∕Fe (2–10), pH (2 5) and reaction time (30 240)) involved in the treatment process was studied on two responses (COD and ametryn removal efficiency) using the response surface methodology.
The formation of methanol adsorbate as a structure sensitive process was studied on platinum single crystal surfaces.
Dose deposition processes are studied on the scale of individual grains in modelled well-sorted sediments: detailed tracking of gamma rays and secondary electrons shed light on the relative importance of the different interaction modes at stake, as a function of grain size, porosity and fraction of saturation of the sediments, as well as the energy of gamma rays.
In this work two different variations of the initial fabrication process were studied; on one hand the impact of the polyelectrolyte/TEOS ratio, and on the other hand, the number of dip/reduction cycles.
Photoassisted charge transfer processes were studied on CdS single crystal electrodes in presence of various reducing agents in the electrolyte.
We therefore observe many dynamical processes being studied on top of these networks, such as diffusion processes [30, 31], synchronization [32, 33], percolation [34, 35], etc.
The influence of different electropulsing configurations assisting the machining process was studied, specifically on the surface properties and the power consumption in several steel alloys.
Evolution of the process was studied by on-line thermometry, optical and scanning electron microscopy, XRD and mercury intrusion porosimetry.
