The laser method of formation of carbon compounds for nanotechnology

Among the methods for obtaining fullerenes type С60 and С70 special position occupied by laser techniques [1]. At the same time, our expectations relate to the effect of increasing their generation with increased peak power of radiation when they are receiving, as well as greater energy IPC. That is the purpose of this article. In the process of its implementation has been developed a method of strengthening injection seeding (SRGU) sets of laser pulses from KRMP generator that provides enhancement to 104 times. In doing so, the maximum energy can be up to 30 J/sm2, with their peak power up to 1012 W/sm2. This feature of this installation was that as the active medium as the amplifier is commonly used to set the state 1001. A very strong reinforcement took place in an environment where the inversion naselennostey was created with the help of the saturation absorber. In this way, under irradiation of a carbon target and the measurement of the installation «KARS-spectrometer» Volga in the spectra of the compounds were discovered particles of fullerenes C60 and C70 traces the presence of fullerenes.