Obtaining and Characterization of New Materials
Obtaining and Characterization of New Materials
English[eng]
9783040000000
ceramics||acid-base character||caustic module||water treatment||SEM-EDX||geopolymers||fly ash||thermal behavior||Thermogravimetry-Differential Thermal Analysis (TG-DTA)||XRD||sheep wool recovery||acoustic materials||sound absorption coefficient||dolomite/fly ash||geopolymer||strength development||temperature exposure||Micro-XRF||osteosynthesis||failure||analysis||implant||retrieval||SAW sensors||interdigital transducer material||high temperature stability||RuAl||thin films||CTGS||LGS||TiAl||surface acoustic waves||high-temperature stability||phase formation||textile materials||thermal insulation||clothing system||multi-layer thermal inserts||thermal manikin||Mg-Ca-Y alloys||microstructure||electrochemical evaluation||in vitro test||ZnO||decomposition||segregation||annealing||optical constants||e-beam||parchment||collagen||state of conservation||OM||ATR-FTIR||chitosan||cardiology||pediatrics||epidemiology||neurosurgery||pediatric surgery||pulmonology||obstetrics/gynecology||orthopedics||electrical discharge machining with contact breaking||metal band||process modeling||objective functions||cutting||central composite design||Sn whisker||reliability||lead-free solder||Sn-0.7Cu-0.05Ni||whisker growth||mitigation||interconnects||soldering||composite solder||intermetallics||ageing||activation energy||lead-free solder geopolymer||geopolymer ceramic||cementitious composites||TiO2 nanoparticles||photocatalysis||bactericidal effect||n/a
English[eng]
9783040000000
ceramics||acid-base character||caustic module||water treatment||SEM-EDX||geopolymers||fly ash||thermal behavior||Thermogravimetry-Differential Thermal Analysis (TG-DTA)||XRD||sheep wool recovery||acoustic materials||sound absorption coefficient||dolomite/fly ash||geopolymer||strength development||temperature exposure||Micro-XRF||osteosynthesis||failure||analysis||implant||retrieval||SAW sensors||interdigital transducer material||high temperature stability||RuAl||thin films||CTGS||LGS||TiAl||surface acoustic waves||high-temperature stability||phase formation||textile materials||thermal insulation||clothing system||multi-layer thermal inserts||thermal manikin||Mg-Ca-Y alloys||microstructure||electrochemical evaluation||in vitro test||ZnO||decomposition||segregation||annealing||optical constants||e-beam||parchment||collagen||state of conservation||OM||ATR-FTIR||chitosan||cardiology||pediatrics||epidemiology||neurosurgery||pediatric surgery||pulmonology||obstetrics/gynecology||orthopedics||electrical discharge machining with contact breaking||metal band||process modeling||objective functions||cutting||central composite design||Sn whisker||reliability||lead-free solder||Sn-0.7Cu-0.05Ni||whisker growth||mitigation||interconnects||soldering||composite solder||intermetallics||ageing||activation energy||lead-free solder geopolymer||geopolymer ceramic||cementitious composites||TiO2 nanoparticles||photocatalysis||bactericidal effect||n/a