The chemical modification of thermally labile oxygen-containing functional groups of GO results in significantly increased thermal stability for the GO-chitosan.
Immobilization increased thermal stability of inulinase.
Increased thermal stability of electroless deposited NiCeP coatings is observed.
The composites showed increased thermal stability that increased along with increasing BN fractions (Figure 3b).
Thermal analysis demonstrated the increased thermal stability and melting temperature (175 °C) of these polysulfones.
Finally, MPGNRs significantly enhanced the NIR-laser-induced photothermal effect due to their increased thermal stability.
The increased thermal stability of EOC nanocomposites was observed with increasing the CNTs loading.
Thermal characterizations indicate that copolymer has increased thermal stability than that of homopolymer.
Thermal analysis showed increased thermal stability for the copolymer containing DR19.
Both tests indicated an increased thermal stability with increasing fiber-loading.
It showed increased thermal stability by about 10 °C in 0.2 M NaCl over the wild type HsNDK.
