ZrO2 tape as flexible substrate to artificially nanostructured materials

Incorporating sugarcane bagasse ash into Al2O3 ceramic tapes

“…Zhao et al 34 observed that the higher this force, the greater the ordering and, consequently, the lower the apparent viscosity. This behavior is typical of ceramic suspensions and considered suitable for obtaining ceramic tapes with good plasticity, homogeneous, and flat green surfaces 35,36 . In Figure 1B, we verify the thermal behavior of the green tape, that is, before sintering.…”

“…This behavior is typical of ceramic suspensions and considered suitable for obtaining ceramic tapes with good plasticity, homogeneous, and flat green surfaces. 35,36 In Figure 1B, we verify the thermal behavior of the green tape, that is, before sintering. We can find weight loss in three stages, in which the first weight losses occurring between 150 and 250°C with 2.30 wt% and between 250 and 364°C with 15.70 wt%, respectively, are attributed to the decomposition of organic constituents in the green tape.…”

Structural and magnetic behavior of zirconia‐magnetic particles and zirconia‐graphene composite ceramics

“…The second loss between 350 and 448℃ is attributed to the degradation of the remaining organic constituents. 33 The zirconia-graphene composite, Figure 3B, presented three weight losses, in which they are attributed to the loss of adsorbed water and the decomposition of organic constituents. 34 It can be noted that the zirconia-graphene composite increased the elimination temperature of organic materials since it presented a more significant amount of carbon dioxide.…”

Nano-structured Alumina-ZrO2 ceramic laminates

“…Recently water based tape casting process has been used, in order to avoid the toxic effects produced by organic solvents [11][12]. The use of alumina and zirconia as the constituent materials of ceramic laminates can be related to the excellent bonding between the layers in the absence of excessive diffusion between components, their good thermo-mechanical properties and their relatively ease of processing [13][14]. These characteristics make the two materials interesting candidates for the manufacture of ceramic laminates.…”