Sentence examples for matrices for future from inspiring English sources

Such NfF-based high-performance PEM will be accomplished not only by the Nafion matrix used in this study but also by other polymer electrolyte matrices for future PEFCs.

The controlled exploration of the wide parameter space available with biocompatible manufacturing technologies will allow us to engineer 3D matrices for future studies assessing cell behavior in heterogeneous and physiologically relevant settings.

Importantly, they lay out a matrix for future designs dealing with spatial cognition and also provide an analytical framework for the discussion of existing designs.

This study thus highlights the potential of decellularized matrix for future tissue engineering applications, as well as developing a practical strategy for functional tendon regeneration by utilizing TSPCs combined with tendon-derived decellularized matrix.

The model independently encodes manufacturing capabilities and product features digitally, associates classification trees of systems and products, simplifies manufacturing capabilities and product features' relationships to obtain a "Synthesis Matrix", and finally uses that matrix for future system synthesis and product design.

The obtained hints via these matrices are valuable for future works correlated with wave power reflection and transmission in nanoscale structures.

The use of native protein scaffolds and cell-generated matrices shows promise for future development of tissues with good structural and functional outcomes.

Based on these results, this approach for cell encapsulation and matrix photopatterning is promising for future studies to probe stem cell material interactions and direct cell function and fate in vitro.

Polymer matrix composites are relevant materials for future supersonic aircraft due to their high specific properties.

The obtained results in terms of relevant parameters, such as bond strength and fracture energy (under pull-out stresses) of the fiber-matrix interface, pave the way for future studies intended for a better understanding of the structural response of Natural Fiber Reinforced Cementitious Composites.

Final aim of the paper is to investigate how this cellulose matrix could be predictable used for future application on large bone defects.