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Relatively high mechanical properties are successfully combined with the absence of porosity and low weight loss.
Al2O3 and Y2O3 additives lead to moderately high density and low weight loss.
A low weight loss is seen in the TG/DTA thermogram that indicates the complete combustion of the reactant mixtures.
The spatial distribution of the phases was determined by 2D mapping of Raman spectra, while TGA showed a very low weight loss for temperatures ranging between 25 and 1000 °C.
Mechanical stress tests by ultrasonic in petroleum ether solution also showed very good robustness of washcoated γ-Al2O3 layer on FeCrAl foam against the stress with very low weight loss (less than 1%).
The in-situ formed potassium species enable the effective carbon activation to create plenty of nanopores without additional corrosive chemicals while the formation of K4P2O7 properly terminates the activation, resulting in the extremely low weight loss less than 17%.
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The lowest weight loss was observed for the groups that were crosslinked with P/STMP 2/1 for 10 min.
Even S50C20 samples, which showed the lowest weight loss, showed severe surface degradation by the attack of microorganisms.
Specimens produced at 1200 °C for 16 h exhibited the lowest weight loss and the most stable friction coefficient.
4 %B-HZSM-5 catalyst had the lowest weight loss up to 550 °C but beyond this temperature the highest weight loss occurred.
The lowest weight loss in the mixed impact erosion conditions was exhibited by WC-CoCr coating, which was followed by Cr3C2-NiCr and NiCrBSi coatings.
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