Class 1Discrete nano- objects Class

Class 1
Discrete nano- objects Class 2
Surface nanofeatured materials Class 3
Bulk nanostructured materials
Inert gas condensation
Evaporation
Colloidal methods Physical or chemical vapor deposition
(PVD or CVD) Equiangle extrusion
Cryomilling Consolidation of
nanoparticles by sintering
Directional growth from
catalyst dots
Templating Incorporation of nanotubes and
rods into polymer or metal matrices
Beating (gold foil)
Electrodeposition
PVD, CVD
Self-assembled films Electrodeposition
Physical vapor deposition (PVD)
Chemical vapor deposition (CVD) Rotating shutter PVD and CVD Cyclic electrodeposition
size

Kết quả (Anh) 1:

Class 1Discrete nano-objects Class 2 Surface nanofeatured materials Class 3 Bulk nanostructured materials Inert gas condensationEvaporationColloidal methods Physical or chemical vapor deposition(PVD or CVD) Equiangle extrusionCryomilling Consolidation of nanoparticles by sintering Directional growth from catalyst dotsIncorporation templating of nanotubes and rods into the polymer or metal matrices Beating (gold foil)ElectrodepositionPVD, CVDSelf-assembled films ElectrodepositionPhysical vapor deposition (PVD)Chemical vapor deposition (CVD) Rotating shutter PVD and CVD Cyclic electrodepositionsize

Kết quả (Anh) 2:

Class 1
Class 2 Discrete objects nano-
materials nanofeatured Class 3 Surface
Bulk nanostructured materials
Inert gas condensation
Evaporation
Physical or chemical methods Colloidal Vapor Deposition
(PVD or CVD) Equiangle extrusion
Cryomilling Consolidation of
nanoparticles by sintering
Directional growth from
catalyst dots
Incorporation of nanotubes and Templating
Into polymer matrices or metal rods
Beating (gold foil)
Electrodeposition
PVD, CVD
Self-assembled films Electrodeposition
Physical Vapor Deposition (PVD),
Chemical Vapor Deposition (CVD) and CVD, PVD Rotating shutter Cyclic electrodeposition
size