Non-faraday capacitance sensors based on nanoporous anodic aluminium oxide passivating films

It is shown that the silanization of the surface assists enhancement of homogeneous polarization properties of the passivating cover on base of the nanoporous aluminum oxide in non-faraday capacitance sensors, usable for studying of the microorganisms' growth. A new immunochemical method of differentiated diagnostics of the A(H1N1) И B influenza viruses is proposed.