For both applications, traditional writing methods for producing nano-scale
features either have extremely low throughput and, therefore, cannot be easily scaled up for cost-efficient production (such as electron-beam writing) or have sufficient throughput but are too cost-prohibitive, such as stepper systems for optical lithography
facility supporting research with nano-scale
materials and processes.
Combining nano-materials technology, and the wealth of existing knowledge about angiogenesis, OmegaGenesis is pioneering the development of nano-scale
biomedical therapies," added Raza.
cutting in this system, the cutting depth can be controlled in the range of 1-100 nm (1 nm = 10-6 m) by changing the normal load applied to the cutting edge fixed on the cantilever tip.
Atom-technology refers to a spectrum of new technologies that operate at the nano-scale
and below - that is, the manipulation of molecules, atoms and sub-atomic particles to create new products.
The two companies will work together to design application-specific nano-scale
microlaboratories in a compact disc (CD) format.
APIX secures rights to industry leading nano-scale
But industry should welcome in-depth studies into the risks of nanotechnology and nano-scale
materials, writes LeClairRyan's James A.
Emphasis for the journal will be placed on the interplay between the geo-mechanical models and their engineering applications, with editorial coverage of the fundamental mechanisms behind the phenomena and processes in geo-materials, from large-scale to nano-scale
Dispersions of nano-scale
reinforcements in polymers are already entering the marketplace in automotive and packaging applications, albeit in a low-profile manner and slower than had been anticipated.
The microscope is currently being used to evaluate the structures and compositions of thin- film multilayers, highly deformed metals, copper on-chip metallization, ceramic fracture surfaces, nanostructured powders, polymers with nano-scale
porosity, and lithography masks.
Because Panorama Labs' magneto-photonic technology uses sub-wavelength, nano-scale
structures to directly switch pixel brightness, the switching speed is in the region of 15 nanoseconds--1,000 times faster than current technologies such as plasma and DLP, and one million times faster than LCD.