Tranquilizing properties of sodium hydroxybutyrateYu. V. Eurov; R. M. Salimov; N. P. Speranskaya · 1976

Structure, phase composition, and optical properties of silicon nanopowdersV. A. Terekhov; V. M. Kashkarov; S. Yu. Turishchev; K. N. Pankov; V. A. Volodin; M. D. Efremov; D. V. Marin; A. G. Cherkov; S. V. Goryainov; A. I. Korchagin; V. V. Cherepkov; A. V. Lavrukhin; S. N. Fadeev; R. A. Salimov; S. P. Bardakhanov · 2008

Nanopowders obtained by evaporating initial substances in an electron accelerator at atmospheric pressureS. P. Bardakhanov; A. I. Korchagin; N. K. Kuksanov; A. V. Lavrukhin; R. A. Salimov; S. N. Fadeev; V. V. Cherepkov · 2006

Synthesis and pharmacological activity of 2,4,4-trisubstituted 4H-1,3-benzthiazines and their 2,3-dihydro derivativesT. V. Sokolova; K. I. Lopatina; I. V. Zaitseva; R. M. Salimov; N. P. Speranskaya; V. A. Zagorevskii · 1976

Visible photoluminescence from silicon nanopowders produced by silicon evaporation in a high-power electron beamM. D. Efremov; V. A. Volodin; D. V. Marin; S. A. Arzhannikova; S. V. Goryainov; A. I. Korchagin; V. V. Cherepkov; A. V. Lavrukhin; S. N. Fadeev; R. A. Salimov; S. P. Bardakhanov · 2004

Irradiation levels of professionally exposed groups and radiation-monitoring optimizationV. I. Ivanov; I. P. Korenkov; O. N. Salimov · 1980

Use of an electron accelerator to produce nanopowders by evaporation of initial materials at atmospheric pressureS. P. Bardakhanov; A. I. Korchagin; N. K. Kuksanov; A. V. Lavrukhin; R. A. Salimov; S. N. Fadeev; V. V. Cherepkov · 2007