The electrospun PMMA/PVC had fully interconnected pore structure with high porosity and large specific surface area capable of high uptake of organic liquid electrolyte as gel polymer electrolytes (GPEs).
The carbon monoliths are crack-free and have an ordered mesostructure with fully interconnected macropores.
Traditionally the term clique has been used to denote a group of fully interconnected nodes [ 37], but has also been used to describe network motifs of the fully connected three node sub-graph [ 2].
In addition, this membrane has a three-dimensional network structure, which is fully interconnected with combined mesopores and macropores because of a good SiO2 dispersion.
The scaffolds had a regular architecture and the honeycomb-like pores were fully interconnected with a total matrix porosity of 70%.
Superhydrophobic electrospun nanofibrous membranes (ENMs) with a fully interconnected porous web structure and high void volume fraction have been proposed for membrane distillation (MD).
To overcome these, tissue engineers have devised strategies, such as solid free-form fabrication techniques, to fabricate porous, fully interconnected scaffolds for bone TE applications.
In this way, strong dried scaffolds, fully interconnected with high porosity, thoroughly open pores and tailored pore size have been obtained.
Scaffolds produced by rapid prototyping (RP) techniques have proved their value for tissue engineering applications, due to their ability to produce predetermined forms and structures featuring fully interconnected pore architectures.
Therefore, scaffold production with a controllable pore size and a fully interconnected shape is needed.
