A SCANNING PROBE OF AN ATOMICALLY POWER MICROSCOPE WITH A SEPARABLE TELEO-CONTROLLED NANOCOMPOSITE RADIATING ELEMENT BASED ON APCONVERTING AND MAGNETIC NANOPARTICLES OF THE STRUCTURE OF THE STRUCTURE

摘要

The utility model relates to measuring technique and can be used in atomic force microscopy. The scanning probe contains a cantilever connected to a probe needle, which is threaded and rigidly fixed in one of the through nanopores of a larger diameter polymer sphere with core-shell upconverting nanoparticles, and the tip of the probe needle emerging from the larger diameter polymer sphere is movably connected using two nested carbon nanotubes with a detachable and autonomously functioning polymer sphere of small diameter with through nanopores filled with up-converting nanoparticles and magnetic nano astitsami. Remote control of the excitation of converting nanoparticles of the core-shell structure and their autonomous movement along the Z coordinate when scanning the side walls of the nanowells of the diagnostic object is carried out using an external excitation nanoparticle excitation source operating in the near infrared range and two external counterclockwise synchronized electromagnetic fields. The technical result is the ability when scanning to carry out the excitation of near infrared radiation. 3 ill.