aramid nanofibers |
3 |
biomimetic materials |
3 |
stretchable electronics |
3 |
biomimetic composites |
2 |
fracture resistance |
2 |
hydrogels |
2 |
kirigami electronics |
2 |
magnetic hydrogels |
2 |
monomer enrichment |
2 |
nanobubble features |
2 |
nanocomposites |
2 |
nanofiber frameworks |
2 |
nanofiber networks |
2 |
nanofibers |
2 |
nanofiltration polyamide membranes |
2 |
nir-welding |
2 |
polar solvent-assisted interfacial polymerization |
2 |
porous |
2 |
soft actuators |
2 |
soft electronics |
2 |
strain sensors |
2 |
wearable systems |
2 |
3d bioelectronics |
1 |
3d devices |
1 |
3d printing |
1 |
3d-mim |
1 |
4d kirigami |
1 |
adaptive optics |
1 |
autonomous vehicles |
1 |
average pressure |
1 |
biointerfaces |
1 |
biomedical devices |
1 |
branching |
1 |
cardiac electrophysiology |
1 |
cardiac physiological mapping |
1 |
electrical conductivity |
1 |
energy harvesting and storage |
1 |
extrusion bioprinting |
1 |
flexible electronics |
1 |
gelatin-based bioink |
1 |
gels |
1 |
gold nanoparticles |
1 |
heart |
1 |
high strength composites |
1 |
hydrogel evaporators |
1 |
implantable biomedical devices |
1 |
implantable devices |
1 |
interfacial adhesion |
1 |
kevlar |
1 |
kirigami materials |
1 |
ladars |
1 |
laser lift-off |
1 |
layer-by-layer assembly |
1 |
lidars |
1 |
mechanical properties |
1 |
microled display |
1 |
microtransfer printing |
1 |
nano/molecular heat transfer & energy conversion |
1 |
origami materials |
1 |
perception systems |
1 |
physiological sensing and stimulation |
1 |
plasmonic composites |
1 |
reconfigurable devices |
1 |
robots |
1 |
salt resistance |
1 |
self-organization |
1 |
semiconductor nanomaterials |
1 |
sensors |
1 |
solar desalination |
1 |
stretchable devices |
1 |
structure-performance nexus |
1 |
three-dimensional networks |
1 |
tissue-like construct |
1 |