Tag ~acs applied materials and interfaces
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3dprint
permalink
d printing
d printing materials
medical d printing
metal d printing
science technology
d printed implants
d printed titanium implants
d printing coatings
acs applied materials and interfaces
australia
biomaterials
biomedical d printing
coating
coatings for d prints
diamonds
journal article
nanofabrication
queensland university of technology
research paper
rmit
rmit australia
selective laser melting
selective laser melting slm
slm
slm d printing
swinburne university of technology
titanium d printed medical implants
university of melbourne
Australian Researchers Bling It On with DiamondCoated 3D Printed Titanium Implants
3dprint
permalink
d printing
d printing materials
science technology
d printed carbon
d printed gold nanostructures
d printed nanostructures
acs applied materials and interfaces
directwrite d nanoprinting
graz university of technology
karlfranzens university
metallic d printing
nanoscale
nanostructures
novel d printing methods
oak ridge national laboratory ornl
ondemand d printing
ornl
ornl d printing
plasmonics
university of tennessee
us department of energy
Research Team Achieves OnDemand 3D Nanoprinting of Pure Metal Structures with DirectWriting Method
3dprint
permalink
d printing
d printing materials
medical d printing
science technology
d bioprinting
d bioprinting d print tissue
d printed hydrogels
d printing hydrogels
acs applied materials and interfaces
american chemical society
biodegradable
elastic materials
hydrogel d printing
journal article
northeastern university
polycaprolactone
research paper
tissue scaffold
university of texas arlington
yi hong
New Elastic Biodegradable Hydrogel Could Help 3D Print Human Soft Tissue in the Future
3dprint
permalink
d printing
d printing materials
robotics
science technology
d printed hydrogels
d printed microstructures
d printing hydrogels
acs applied materials and interfaces
deformation
digital light processing
dlp
dlp d printing
hydrogel
hydrogel d printing
journal article
micro d printing
research paper
rutgers
rutgers universitynew brunswick
smart technology
soft actuators
soft robotics
Researchers Develop 3D Printed Smart Hydrogel That Can Walk Underwater and Pick Up Objects