Since the degree of bone bonding capacity and resorption rates are highly affected by the chemical composition [ 26], evaluation of each bioglass is needed in order to improve their clinical use.
Their chemical composition was evaluated by GC-MS.
Based on evaluation of chemical composition of bagasse (cellulose, hemicellulose, and lignin) several process schemes for integral utilization of biomass were proposed.
Although various optical methodologies are available for monitoring impairment of visibility (i.e., regional haze), methods that would allow for landscape-level evaluation of the chemical composition of particulate matter are lacking.
It is shown that this method gives correct chemical composition profiles and allows for the evaluation of the deviations from the designed values of the structural parameters in most investigated cases.
In addition to the standard evaluation of their chemical composition, structure, morphology, hardness and cohesion/adhesion, the core objective of this paper was to analyze the tribological behavior of these films, particularly in the high-load regime.
Surface topography (oxide nanotexture and nanoparticle precipitation) was investigated by means of Field Emission Scanning Electron Microscopy (FESEM) equipped with Energy Dispersive Spectroscopy (EDS) for semi-quantitative evaluation of the chemical composition.
The results of studies with similar design were pooled in analogy to the evaluation of the chemical composition.
The same applies to the sugarcane trash, since there are few studies on the evaluation of its chemical composition in comparison to sugarcane bagasse.
New experimental tests, thermodynamic simulations and re-evaluation of the chemical composition and microstructural aspects observed for samples fired in the temperature range of 1150 °C to 1500 °C were carried out.
