These materials exhibit attractive prospects for application in the fields of drug delivery [22], tissue regeneration [23], three-dimensional (3D) cell cultures [24], and biosensors [7], which require certain properties such as good biocompatibility, suitable mechanical strength, high stability, environmental stimuli responsiveness, cell compatibility, and porous structures [2].
The modification of ethyl cellulose/α-cellulose or ethyl cellulose/methyl cellulose weight ratios allows obtaining some formulations with suitable rheological characteristics and mechanical stability for potential lubricating applications.
The crystalline form of γ-alumina (γ-Al2O3) with a high specific surface area, large porosity and suitable thermal, chemical and mechanical stability is the most important structure that has been used as a catalyst and also as a support [12, 13].
However, dry beads showed higher sorption capacities and a mechanical stability more suitable for large-scale use.
Such devices are more suitable for applications by providing more mechanical stability and avoiding exposure and loss of electrolytes during operation.
The UPFC uses VSC (voltage sourced converter) technology to inject a series voltage with the sending end ac source to achieve its control objective with high speed, making it suitable for maintaining the voltage and mechanical stability of a network.
The results suggest that the chemical crosslinking improves the mechanical properties of PLLA fiber membrane and keeps its mechanical stability longer, making it more suitable for tissue engineering.
Mechanical stability and acidic solution resistance, suitable surface for supporting catalyst on it, non-coagulation and geometric shape and high temperature resistance are the most important properties of copper slag [8].
Mechanical stability, complete encapsulation, selective permeability, and suitable extra-cellular microenvironment, are the major considerations in designing microcapsules for cell encapsulation.
Major functions of a delivery scaffold are to provide initial mechanical stability, homogenous three-dimensional cell distribution, improved tissue differentiation, suitable handling and properties for delivery and fixation into patients.
