Patterned - Globe Thesis

Keyword [Patterned] Result: 181 - 200 \| Page: 10 of 10
181.	The manipulation and characterization of patterned surfaces: I. Oriented nanoscale porous materials II. Drop mobility on surfaces with patterned wettability
182.	Consumable Process Development for Chemical Mechanical Planarization of Bit Patterned Media for Magnetic Storage Fabrication
183.	Enhanced functional potential of nucleic acid aptamer libraries patterned to increase secondary structure
184.	Engineered surfaces for the study and control of nucleation of organic molecular crystals
185.	Patterned solid state growth of barium titanate crystals
186.	Three-dimensional patterned self-assembling, untethered microdevices
187.	Directed deposition of inorganic oxide networks on patterned polymer templates
188.	Patterning applications via photochemical and intermolecular reactions within monolayers on metal oxide thin films
189.	Growth of highly ordered indium arsenide/gallium arsenide and indium gallium arsenide/gallium arsenide quantum dots on nano-patterned substrates by MBE
190.	Thermoelectric and structural characterization of individual nanowires and patterned thin films
191.	Block copolymer nanolithography for the formation of patterned perpendicular media
192.	Atomic scale modeling of surface processes on a focused ion beam patterned silicon substrate
193.	Enzymatic signal amplification and patterned gold surfaces for surface plasmon resonance-based microfluidic bioassays
194.	Manipulating polymers and composites from the nanoscopic to microscopic length scales
195.	Damascene patterned metal/adhesive wafer bonding for three-dimensional integration
196.	Synthesis and characterization of patterned surfaces and catalytically relevant binary nanocrystalline intermetallic compounds
197.	Domain patterned ferroelectric surfaces for selective deposition via photochemical reaction
198.	MBE growth of III-V materials with orientation-patterned structures for nonlinear optics
199.	DNA adsorption and separation on flat and patterned surfaces
200.	Bottom-up surface self-assembly of polymer colloids to form patterned arrays
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