Zavorotnev Y.D. —
Development of the BETA-method of testing and diagnosing of liquid, adhesive and hard materials including those with fire-proof coating (Project 2012-220-03-247)
// Electronics and Machinery. – 2016. – ¹ 2.
– P. 96 - 118.
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Review: Since 2010 the Government of the Russian Federation has organized competitions for financial support of scientific research projects, realized under the guidance of the leading foreign scholars for the purpose of achieving the high level research results and creating the “world level laboratories” in universities. But as early as in 2010 the implementation of the “Decree 220” practically broke down due to the large number of applicants (512 projects), while the money was enough only for 40 winners. At that, there were 15 “winners” in Moscow, 6 in St. Petersburg, 4 in Nizhny Novgorod, 3 and 3 in Novosibirsk and Tomsk. In 2011 the “history repeated itself”: 517 applications were registered for the competition, and money was enough only for 39, among them 14 “winners” were in Moscow, 5 in St. Petersburg, 3 and 3 in Nizhny Novgorod and Novosibirsk, 1 in Tomsk. In 2012 half as much projects came for the competition – 719, and only 42 winners got support: among them 15 from Moscow, 5 from St. Petersburg, 2 and 2 from Novgorod and Tomsk and 6 from the Siberian branch of the Russian Academy of Sciences. Here the obvious questions arise: Where did the 1500 unsupported projects go? Were they really “undeserving” the government financial support? This article describes the application project of 2012 No 2012-220-03-247 under the guidance of Doctor of Physical and Mathematical Sciences, Professor Zavjrotnev Yu.D. from Donetsk Institute for Physics and Engineering. The project was aimed at the creation of a unique baro-electro-thermoacoustic (BETA) analyzer, which would leave behind all the existing synchronous thermal analysis (STA) mechanisms, and the interdepartmental laboratory based in Donetsk Institute for Physics and Engineering.
Keywords: vector function of life cycle, electrometry of materials, synchronous thermal analysis, acoustic emission, liquid medium, aging of materials, phase changes, criteria of similarity, baro-electro-thermoacoustic analysis, magnetic properties of substances
Belozerov V.V., Golubov A.I. Ob unifikatsii ispytaniy zhidkikh, vyazkikh i tverdykh materialov na pozharnuyu opasnost' //«Tekhnosfernaya bezopasnost', nadezhnost', kachestvo, energo-i resursosberezhenie»: Mat-ly Vseros. nauchn.-prakt. konf. /Novo-Mikhaylovskoe, 05-09.09.2011, ISBN 5-89071-036-2/. – Rostov n/D: RGSU (YuRO RAASN), 2011, s. 139-149.
Belozerov V.V., Bosyy S.I., Kal'chenko I.E., Nesterov A.A., Prus Yu. V. O termoelektroakusticheskom metode opredeleniya kharakteristik pozharoopasnosti tverdykh i zhidkikh veshchestv i materialov // Tekhnologii tekhnosfernoy bezopasnosti: Internet-zhurnal. – Vyp. 6 (34).-2010. – 5 s. –http://ipb.mos.ru/ttb/2010-6/2010-6.html-0421000050/0089.
Belozerov V.V., Golubov A. I., Kolesnikov V.V. Diagnostika prochnosti i dolgovechnosti lakokrasochnykh pokrytiy pozharnoy tekhniki s pomoshch'yu parametra – termobarostoykosti //«Pozharnaya i avariynaya bezopasnost'»: mat-ly VI Mezhdunar.nauch.-prakt.konf., 28-30.11.201, ISBN 978-5-89729-158-0/-Ivanovo: IvIGPS MChS Rossii, 2011, s.239-240.
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