The effect was concentration of alkali catalyst particle size polydispersity of the sols, and optical properties of thin films of silicon oxide. It was determined the optimum content of alkali catalyst in the synthesis sol, allowing to receive maximum illumination films.
нанотехнология, золь-гель технология, оксид кремния, покрытия, полидисперсность, оптические свойства, nanotechnology, sol-gel technology, silica, coatings, polydispersity, optical properties
1. Putilin E.S. Opticheskie pokrytiya. SPb: SpbGU ITMO, 2010. - 230 s.
2. Nosov Yu.R. Optoelektronika. - M.: Radio i svyaz', 1989, s.359.
3. Furman Sh.A. Tonkosloynye opticheskie pokrytiya. 1977,-L.: Mashinostroenie. S.264
4. M.S. Petrovnina, R.R. Katnova, S.N. Stepin, Issledovanie opticheskih svoystv steklovidnyh pokrytiy na osnove dioksida kremniya // Vestnik Kazanskogo tehnologicheskogo universiteta, t.17, №3, 2014, S.38-39
5. N. F. Kashapov, G. S. Luchkin, A. G. Luchkin, Vakuumnye tehnologii naneseniya funkcional'nyh pokrytiy. // Vestnik Kazan. tehnol. un-ta. -2010. -№2. -S. 340-345
6. Thomas I. Method for the preparation of porous silica antireflection coatings varying in refractive index from 1.22 to 1.44. // Appl. Opt. -1992. - 31. p.6145.
7. Shilova O.A. Nanorazmernye plenki, poluchaemye iz zoley na osnove tetraetoksisilana, i ih primenenie v planarnoy tehnologii izgotovleniya poluprovodnikovyh gazovyh sensorov / Fizika i himiya stekla. 2005. T. 31. № 2. S. 270-294
8. Nanostrukturnye materialy: Ucheb. posob. dlya VUZov, R.A Andreevskiy, A.V. Ragulya. - M.: Izd. centr «Akademiya». 2005. - 192 s.
