The chapter also discusses one of the bottleneck problems in the characterization of materials from adsorption measurements the inversion of the adsorption integral equation to obtain reliable and robust pore-size distributions (PSDs).
The scaffolds prepared by radical initiated thermal crosslinking, and annealing of MWCNTs possess macroscale interconnected pores, robust structural integrity, stability, and electrical conductivity.
The scaffolds are mechanically robust and show homogenous pore distribution with high porosity and interconnected pore walls.
The scaffolds were mechanically robust and showed homogenous pore distribution within the scaffold.
One similarity between astrocytes and fibroblasts was that all the freely suspended multicellular structures that formed within the pores were robust.
Just four of the 21 nucleoporin genes we tested caused sterility in N2 animals, suggesting that the nuclear pore is somewhat robust to perturbation in adult cells.
Hep-MA networks prepared using precursor solutions of [Hep-MA]0 ≥ 5% (w/w) exhibit a robust disordered cellular structure with pore diameters of approximately 30 μm.
By decoupling Ct from the pore-forming core, we further demonstrate that Ct is the primary heat-sensing element of the channel, whereas, in contrast, the pore domain lacks robust temperature sensitivity.
Co-crystallizing a monomer capable of forming a three-dimensional covalent organic framework (3D COF) with a truncated analog represents a robust strategy to functionalize the pores of these crystalline polymer networks.
