Page 321 - Теория кавитации

Man": problems of measuring and managing sustainable development in the face of global challenges, risks and threats:
coll. scientific works. The electronic scientific publication "Sustainable Innovative Development: Design and Management"
www.rypravlenie.ru V. 11, No. 4(29), Article 10. (Moscow-Dubna) (2015) 126. (DOI: 620.98, 697).
8. D.A. Aubakir. Revinov's pilot plants// Journal of Physical Science and Application. Vol. 6, Number 3, March 2016,
David Publishing Company, 616 Corporate Way, Suite 2-4876, Valley Collage, New York 10989, USA (2016) 44.
9. Innovative patent KZ No. 20833. Hydrodynamic cavitator/ Revinov N.M. BI. #2 of 06/15/2009.
10. D.M. Sharifov, A.A. Abirov, D.A. Aubakirov (Aubakir). Test results and evaluation of the effectiveness of the
parameters of the vortex heat generator (in Russian)// Proc. materials of the scientific-practical conference "Innovative
solutions to the problems of the knowledge economy of Belarus and Kazakhstan". Minsk (2016) 50.
11. Automation of diagnostics and control of technological processes of heating and cooling in the Ranque-Hilsch pipe//
Registered in KazgosINTI 11/13/2014. State registration number No. 0112РК02140. Inventory No. 0214RK02578 (Report
for 2014: Final). (Scientific supervisor: prof. Aubaikr D.A. executive in charge: Abdikarіm B.I.)
12. A.A. Abduramanov, A.A. Abirov, D.A. Aubakirov (Aubakir). Analysis of the current state of vortex heat-generating
installations (in Russian)// Proceedings of the IV International Scientific and Practical Conference "Actual problems of
transport and energy: ways of their innovative solutions". Astana (2016) 320.
13. Upendra Behera, P.J. Paul, K. Dinesh, S. Jacob. Numerical Investigations on Flow Behavior and Energy Separation
in Ranque-Hilsch Vortex Tube. Int. J. Heat Mass Transfer. Vol. 51 (2008) 6077.
14. Smith Eiamsaard, Pongjet Promvonge. Numerical Innvestigation of the Thermal Separation in a Ranque-Hilsch
Vortex Tube// Int. J. Heat Mass Transfer. Vol. 50 (2007) 821.
15. http://deger.com.ua/article/vortx-heat-thurmer-problems-and-prospects
16. А.П. Меркулов. Вихревой эффект и его применение в технике. М.: Машиностроение, 1991, 183 с.
17. А.П. Меркулов. Вихревой эффект и его применение в технике. Самара: Оптима, 1997, 346 с.
18. http://generator.izhzavod.ru/vtg.htm
19. Патент РФ RU204571Теплогенератор и устройство для нагрева жидкости// Потапов Ю.С., БИ № 32 от 10.2.
1995 г.
20. Патент РФ 2301947 RU Установка для нагрева текучей среды// Лаврухин К.А., Строганов Е.В. БИ №12 от
10.06.2007 г.

Journal of Physical Science and Application 6 (3) (2016) Doi: 10.17265/2159-5348/2016.03.007
Application 2. GETTING FREE HEAT ENERGY BASED
ON CAVITATION AND NUCLEAR FUSION
ACCORDING REVINOV’S PILOT PLANTS

Daurenbek Azenuly AUBAKIR
L.N. Gumilyov ENU, Astana, 010000, Kazakhstan.
Telephone: +77013677933. E-mail: segiz-seri@yandex.ru

In the report describes and compares two innovative process for producing thermal energy: based on cavitation
and nuclear fusion reactions in the indoor environment. Experiments conducted in the laboratory Intensive
Heating System – "IHS" of IE "Revinov N.M." indicates that the process of lasso-vortex cavitation, which
generates by means of an electric arc obtained HV-EI, gas-liquid plasma state in the electro-hydraulic heater
with cavitation thermal camera (EHH-CTC) is not inferior and sometimes even superior in heat transfer nuclear
fusion reactions in ambient conditions (NF-AC).

Introduction. Since 2006, our initiative group of experts has been developing rapidly intensive heating systems
(IHS) of different modifications: Lasso- vortex cavitation based on Ranke-Hilsch pipe, called us briefly LVC-
RHP; created in different years were called modifications - vortex cavitation heater (VCH), the hydrodynamic
cavitation heater (HCH), sometimes referred to as HCR - hydrodynamic cavitation reactor; the current state of
development is called the mini-thermal power plants based on the LVC-RHP to create IHS. As well as the
development of individually-intensive heating systems (IIHS) on the basis of the electro-cavitation heater
thermal camera, called us briefly EHH-CTC, the current state of development is called a mini-boiler-based EHH-
CTC to create IIHS. These developments gradually escalated into nuclear fusion reaction at room conditions
(NF-RC). All this seems to us a natural, natural.

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