Jesionowski, Teofil||Ciesielczyk, Filip <br/><br/>
Multifunctional Oxide-Based Materials: From Synthesis to Application 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>environment pollution||Ti6Al4V titanium alloy||polypropylene||antibacterial||physicochemical and morphological properties||nanocomposites||silica–lignin hybrid materials||hazardous metals||hierarchical||oxyanions||surface free energy||CO2 capture||dyes decolorization||organic dyes decomposition||mesoporous organosilica||metal oxides||surface layer||mechanical properties||ozone treatment||adsorbents||self-propagating||molybdenum disulfide||hybrid materials||zirconia||binary systems||thermoplastic elastomers||biodegradation||sorption||alumina||binary oxide material||porous hybrid adsorbents||Ag-ZnO||enzyme immobilization||actinide||photocatalysis||aqueous durability||zinc oxide||inorganic oxide materials||surface functionalization||laccase||nuclear waste||water purification||titanium dioxide||polylactide||zirconolite||adhesive joint||sol-gel method