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Information × Registration Number 0218U001749, 0114U004119 , R & D reports Title Designing and manufacturing of laser devices for the control of parameters nano- microdisplacements of surfaces of mechanical and biological objects popup.stage_title Head Serozhkin Yuriy, Registration Date 28-08-2018 Organization Institute of Semiconductor Physics popup.description2 Laser heterodyne nano- micro displacement meter with signal / noise ratio 20 dB for the surface oscillations with amplitude of 1 nm at 1 kHz was designed. By such parameters as energy sensitivity and signal/noise ratio this laser heterodyne displacement meter is at the level of best samples. Advantage of construction make it possible the investigations of dynamic characteristics scattering surfaces including biological objects in vivo, ensembles of nano - microparticles under conditions that previously substantially limited the application of laser measuring devices (vacuum systems, pressure vessels, volumes with aggressive environments).Optical and electronic diagnostic equipment in the form of a laser heterodyne meter of nanoparticles and devices for controlling electrical impulses is created; it allows registering nanometer shifts of nerve fibers at passage of pulses of excitation of nerves. The equipment is involved in the development of a new method for restoring the functional capabilities of the human nervous system after severe trauma to the limbs and brain that require the use of implants (dentures). Product Description popup.authors Зубченко Л.В. Кислий В.П. Клімовська А.І. Ліптуга А.І. Самойлов А.В. Соловйов Є. А. Христосенко Р.В. popup.nrat_date 2020-04-02 Close