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Promising future directions for designing next generation materials are discussed.
Low-symmetry crystals and polycrystals have anisotropic mechanical properties which, given better understanding of their deformation modes, could lead to development of next generation materials.
In this review we focus on the structure property device performance relationships, offering a set of rational design rules for next generation materials from a chemical structure perspective.
This paper demonstrates that compliant mesostructures can be used for next generation materials design in tailoring mechanical properties such as moduli, strength, strain, and Poisson's ratios.
Thus, while multivalent KLA polymers are more potent than KLA peptides, these materials can be substantially improved by designing next generation materials with improved cellular internalization and mitochondrial targeting efficiency.
Human iPS cells (hiPSCs) have attracted considerable attention for applications to drug screening and analyses of disease mechanisms, and even as next generation materials for regenerative medicine.
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Such information is also critical for the development of next generation material response models.
SiC is known as the next generation material for power semiconductor devices.
Design criteria for next-generation materials are provided.
As next-generation materials, supramolecular hydrogels have great potential in biomedicine.
Carbon nanotube (CNT -inorganic hybrids have been extensively investigated due to their potential to beCNT -inorganicgeneration materials for applications in energy and environment.
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CEO of Professional Science Editing for Scientists @ prosciediting.com