The diffusion-limited steady-state current (Ilim) at a micro-interface array is described by Equation (1): 1 where Np is the number of microinterfaces, z, D, and C are the charge, diffusion coefficient, and bulk concentration of the transferring species, and r is the radius of one interface.
The three nano-interface arrays studied also showed response times of 6 ± 1 s, being the time required to reach 95% of the steady-state current.
Main applications of micro-interface arrays are presented including heavy metals detection at micro-electrode arrays and detection of organic molecules (amino acids, vitamins, peptides and drugs) at the μITIES.
Stripping analysis at micro-interface arrays is suitable for the detection of analytes in several real media including water, soil extracts and biological fluids (blood and saliva) with high specificity, sensitivity (detection limits of nM, ppb level) and reliability.
To establish a brain-machine interface, that array is pushed into the tissue of the cerebral motor cortex, where its tips record the firing patterns from 100 neurons or more at once.
This paper describes an SCSI interface disk array, which is controlled by a simulated target controller, as the target device of an SAN system.
While the gameplay is primarily text based, Mafia Wars has an impressive interface and array of graphics that make it feel more polished than some knockoffs, which often are filled with clunky text fields.
The elastic strain energies of interface dislocation arrays are computed using solutions for short-range elastic fields.
A formalism for describing interface dislocation arrays linking the Frank Bilby equation and anisotropic elasticity theory under the condition of vanishing far-field stresses is developed.
We have developed new techniques to build high aspect ratio Utah neural interface 10×10 arrays with electrodes up to 10 mm long with a 4mm2 footprint and also new high-density 20×20 arrays with 4mm2 footprint.
