... , Oxford University Press , Oxford . 17 03 2010 29 03 2011 01 07 2011 01 07 2011 crystallographic shear cutting micromachining nanofabrication plasticity shearing turning (machining) work hardening micromachining crystallographic anisotropy rate-sensitive...

... the stress wave fronts at 1 ns, 3 ns, 5 ns, 7 ns, and 9 ns are the same, which means that the stress wave speed is uniform in the material. aluminium alloys fatigue finite element analysis internal stresses laser materials processing nanocomposites nanofabrication nanoparticles plastic...

...Michael Chandross; Christian D. Lorenz; Mark J. Stevens; Gary S. Grest Nanofabrication using arrays of modified atomic force microscopy (AFM) tips can drastically reduce feature sizes and increase data storage densities. Additionally, AFM experiments are valuable tools for characterizing...

... their positions. Acceleration voltage plays a key role in these two competing processes. 18 01 2010 20 04 2010 03 06 2010 03 06 2010 coating techniques electromigration nanofabrication photolithography rapid prototyping (industrial) nanomanufacturing break junctions...

... 2010 nanofabrication nanolithography nanostructured materials photonic crystals scanning electron microscopy Nanoimprint lithography (NIL) techniques were regarded as parallel nanofabrication methods for high-resolution and high-aspect-ratio features ( 1 2 3 ). NIL has...

... approach, characterize the structural and dynamic properties of DNA and RNA molecules at the single molecule scale. Detailed nanohole applications and nanofabrication methods have been reviewed in Sec. 2 . In Sec. 3 , focused ion-beam (FIB) process modeling and simulation for nanohole fabrication, thin...

... nanofabrication nanofibres Because the electrospinning jet is charged, it is also possible to exert some control over the deposition process using electric fields. Typically, a single grounded conducting substrate is used to collect the fibers. The grounded area can be restricted in a controlled fashion...

.... In spite of the improvements in technologies, the cost associated with these methods is comparatively higher. They, however, also are not always suitable to the nanotechnology, MEMS, NEMS, and micro-TAS, etc. Newer and unconventional nanofabrication processes are needed to address the requirements...