Номер заявки. Перспективным представляется внедрение в клиническую портативному узи аппарату toshiba купить лазерного излучения длиной волны nm. Ключарева, М. Это электронная база данных, в которую входят уже зарегистрированные изобретения, промышленные образцы, как готовиться к эпиляции лазером аппарат модели, товарные знаки и другие объекты интеллектуальной собственности. Большаков, В.
QE50SP-H-MT-D0
Nd:YAG laser with a line of fiber-optical delay capable of generating pulses from 0. Pimenov Sergey Maksimovich. Surface Laser Optics Laboratory. Basic directions and results of studies The development of emitters of ultrashort laser pulses with high energy and average power. Investigation of the interaction of ultrashort laser pulses with matter including, with diamond materials and superhard diamond-like carbon coating. Development of methods for operational control and process control of laser surface micromachining of transparent materials. Micromachining of structural materials steel, ceramics ultrashort laser pulses. Development of methods for real time spectroscopic monitoring of laser drilling.
Vacuumless pulsed laser deposition of thin film coatings. Development of methods for applying lasers with microsecond range of duration in medicine. Scanning probe microscopy SPM , and nanolithography. Investigation of nanophase modifications in diamond-like carbon films by methods SPM. Formation of scanning probe nanolithography ordered nanostructures on the surface of thin films. Study of field emission from nanostructured materials. Equipment Tunable solid-state laser that generates pulses of ps and 10 ns at the wavelengths of nm with a frequency of 5 Hz, equipped with a system of spatial filtering modes and the second harmonic generation nm. Solid-state picosecond laser diode-pumped wavelength nm, pulse duration 80 ps, the frequency of Hz.
The projection optical unit based on KrF excimer laser, model Lambda Physics EMG i, the wavelength of nm, pulse energy mJ, pulse duration 15 ns, repetition rate 50 Hz. The unique experimental installation for vacuumless laser deposition of thin film coatings. Compact automatic spectroscope with tunable scale for the optical range of the spectrum. Vacuum scanning tunneling-field emission microscope STFEM for the complex topology of the surface measurements, the distributions of field electron emission, the surface potential of the electrons and the local electrical conductivity of metals, semiconductors and semi-insulators with nanometer resolution, the original development of NSC-IOFRAN. Grants RFBR а "Development of methods for operational control and process control of laser surface treatment of transparent materials".
RFBR офи "Scanning probe lithography optical elements based on carbon nanostructures". RFBR офи "Three-dimensional micro-and nanostructuring of diamond femtosecond laser pulses". RFBR а "Laser-induced nano-ablation of ultrafine nanocrystalline diamond". Publications T. Kononenko, A. Bolshakov, V. Ralchenko, V. Konov, P. Allegrini, M. Pacilli, G.
Conte, E. Spiriti, An all-carbon detector with buried graphite pillars , Applied Physics A, Pimenov, A. Khomich, I. Vlasov, E. Zavedeev, A. Khomich, B. Neuenschwander, B. Romano, Metastable carbon allotropes in picosecond-laser-modified diamond , Applied Physics A, Kononenko, V. Ralchenko, A. A , Pimenov, B. Romano, Effect of crystal orientation on picosecond-laser bulk microstructuring and Raman lasing in diamond, Appl Phys A , — Jaeggi, V. Romano, S. Pimenov, Picosecond-laser bulk modification, luminescence, and Raman lasing in single-crystal diamond, Proc. Kononenko, C. Freitag, M. Komlenok, V.
Onuseit, R. Weber, T. Graf, V. Konov, "Oxygen-assisted multipass cutting of carbon fiber reinforced plastics with ultra-short laser pulses", Journal of Applied Physics, , , Frolov, P. Pivovarov, E. Zavedeeev, M. I Konov, Laser nanoablation of graphite, Appl. Kononenko, M. Sinyavsky, V. Sentis, Laser-driven high-frequency vibrations of metal blister surface.
Applied Physics A, Khomich, V. Konov, Peculiarities of laser-indused material transformation iside diamond bulk. Romano, Effect of crystal orientation on picosecond-laser bulk microstructuring and Raman lasing in diamond, Appl. A, published online 10 September , DOI: Laser breakdown in air at ultrahigh laser pulse repetition rates. Quantum Electronics , 43 4 , Kravtsov, I. Radchenko, A. Kulik, and S. Kravtsov, S. Straupe, I. Radchenko, N. Houlsby, F. Huszar, and S. A , vol. Kravtsov, Z. Wang, W. Trappe, and P. Express , vol. Монография: T. Kononenko, V.. Laser Micro- and Nanoprocessing of Diamond Materials. In Optical Engineering of Diamond , ed. Mildren, J. Rabeau, Wiley. Кононенко, С. Шонезайфен, В.
Конов, Ф. Комленок, В. Ральченко, В. Ашкинази, Е. Заведеев, А. Большаков, В. Ральченко, С. Рыжков, А. Польский, Н.
Retinal injury from laser pointers: case series
The effectiveness of tattoo removal is related to the selected wavelength, type of laser, energy parameters, number of procedures performed. Q-switched QS ruby and neodymium Nd:YAG lasers are most effective in removing blue and black tattoos due to their high peak power and ability to break the pigment into small particles that are absorbed by the macrophage system. In the literature available to us, it was not possible to find data on comparative efficacy and adverse events in their application. The tattoos were divided into two parts or two adjacent tattoos were used on the same part of the body with the same density and color of the tattoo pigment; one side was treated with a ruby laser and the other with a neodymium laser. The comparison took into account the instantaneous reaction, the result of processing and side effects.
State scientific and technical programs
В этом разделе представлена электронная база патентов, включающая в себя зарегистрированные изобретения, полезные модели, промышленные образцы, товарные знаки и многое другое. Здесь правообладатели могут реализовать продукты своей интеллектуальной деятельности, а предприниматели найти требуемые технологии. Найдено 21 патентов. Способ формирования Т-образного затвора. Автор ы : Ерофеев Евгений Викторович.
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