Thermal behavior of studied samples (Tonset, Tmax, Tend are an onset, maximum degradation, and end temperatures determined for DTG curves).
Regardless of the dosage and size of wood particles, rheological behavior of studied WBM is same and has Herschel Bulkely behavior.
Figures 2, 3, 4, 5 give rheological behavior of studied WBMs with PAC and CMC substitution by WP at different contents and particle sizes.
Based on these three phases, mathematical modeling is performed in order to predict the behavior of studied material and the efficiency of drying systems.
Also, the results showed that abrasion and cohesive wear are the dominant mechanisms for describing the wear behavior of studied coatings.
Phase transformation and especially Ca2+ ions influence IR spectroscopy and luminescence behavior of studied compounds, as Ca2+ ions impact both on VO4 3− molecular groups and La3+ and Eu3+ ions.
To better understanding the behavior of studied DOPG/MO system in the presence of divalent cations, one should recall that the fully hydrated binary MO/water system displays at ambient temperatures the bicontinuous cubic phase with Pn3m symmetry.
The locomotor activity and climbing behavior of studied mice were recorded in 30 min in the model establishment trial.
There are several approaches used for prediction and most of them are based on the temporal behavior of the studied subject.
