METHOD FOR FORMING CONTINUOUS DETONATION WITHOUT DEFLAGRATION IN A COMBUSTION CHAMBER Russian patent published in 2018 - IPC F02K7/06 

Abstract RU 2649491 C2

FIELD: various technological processes.

SUBSTANCE: invention relates to chemical fuel power plants. Method for forming continuous detonation in an engine combustion chamber comprises forming an engine combustion chamber comprising a non-simply-connected volume Ω, in which there is a closed curve ω, passing through the points furthest from the opposite walls of the engine. Engine combustion chamber is hydrodynamically connected to the sources of the combustible mixture components, combustible mixture is formed in the engine combustion chamber, detonation wave Ω whose front moves continuously along a closed contour ω is organized in the volume, and evacuation of products from the engine combustion chamber is organized. Volume Ω is formed as a closed channel. Mechanical valves hydrodynamically associated with the volume of the engine combustion chamber and the sources of the combustible mixture components are formed. Each of the mechanical valves is closed when detonation wave approaches its vicinity and is opened after evacuation of combustion products from its vicinity. Combustion products from the volume of the closed channel Ω are evacuated through openings in its walls and it is ensured that there is no deflagration of the combustible mixture to be formed in the entire volume of the combustion chamber by reducing the temperature of the medium to a temperature below the ignition temperature of fuel mixture T* in each combustion chamber element in which the combustible mixture is formed, before its formation in the element.

EFFECT: invention provides more complete use of detonation combustion and increased efficiency.

8 cl, 5 dwg

Similar patents RU2649491C2

Title Year Author Number
METHOD OF DETONATION-DEFLAGRATION COMBUSTION AND DETONATION-DEFLAGRATION RAMJET ENGINE 2014
  • Krajko Aleksandr Nikolaevich
  • Aleksandrov Vadim Jur'Evich
  • Babkin Vladimir Ivanovich
  • Baskakov Aleksej Anatol'Evich
  • Il'Chenko Mikhail Aleksandrovich
  • Krasheninnikov Sergej Jur'Evich
  • Kuz'Michev Dmitrij Nikolaevich
  • Levochkin Petr Sergeevich
  • Prokhorov Aleksandr Nikolaevich
  • Skibin Vladimir Alekseevich
  • Solntsev Vladimir L'Vovich
  • Sternin Leonid Evgen'Evich
  • Toporkov Mikhail Nikolaevich
  • Chvanov Vladimir Konstantinovich
RU2563092C2
METHOD OF COMBUSTING FUEL AND DETONATION-DEFLAGRATION RAMJET ENGINE 2014
  • Krajko Aleksandr Nikolaevich
  • Aleksandrov Vadim Yurevich
  • Aleksandrov Vyacheslav Gennadevich
  • Babkin Vladimir Ivanovich
  • Baskakov Aleksej Anatolevich
  • Egoryan Armen Dzhivanovich
  • Krasheninnikov Sergej Yurevich
  • Kuzmichev Dmitrij Nikolaevich
  • Levochkin Petr Sergeevich
  • Prokhorov Aleksandr Nikolaevich
  • Skibin Vladimir Alekseevich
  • Solntsev Vladimir Lvovich
  • Sternin Leonid Evgenevich
  • Chvanov Vladimir Konstantinovich
RU2585328C2
SOLID FUEL RAMJET ENGINE AND METHOD OF ITS FUNCTIONING 2021
  • Frolov Sergej Mikhajlovich
  • Ivanov Vladislav Sergeevich
  • Frolov Fedor Sergeevich
  • Avdeev Konstantin Alekseevich
  • Shiplyuk Aleksandr Nikolaevich
  • Zvegintsev Valerij Ivanovich
  • Nalivajchenko Denis Gennadevich
  • Vnuchkov Dmitrij Aleksandrovich
RU2796043C2
METHOD AND DEVICE FOR ARRANGEMENT OF PERIODIC OPERATION OF CONTINUOUS-DETONATION COMBUSTION CHAMBER 2019
  • Vovk Mikhail Yurevich
  • Marchukov Evgenij Yuvenalevich
  • Petrienko Viktor Grigorevich
  • Frolov Sergej Mikhajlovich
RU2724558C1
POWER PLANT WITH PULSE DETONATION COMBUSTION OF FUEL 2017
  • Frolov Sergej Mikhajlovich
  • Smetanyuk Viktor Alekseevich
  • Nabatnikov Sergej Aleksandrovich
  • Streletskij Yurij Dmitrievich
  • Avdeev Konstantin Alekseevich
RU2663607C1
METHOD FOR ARRANGEMENT OF WORKING PROCESS IN STRAIGHT-FLOW AIR-JET ENGINE WITH CONTINUOUS-DETONATION COMBUSTION CHAMBER AND DEVICE FOR IMPLEMENTATION THEREOF 2019
  • Frolov Sergej Mikhajlovich
  • Ivanov Vladislav Sergeevich
  • Nabatnikov Sergej Aleksandrovich
  • Zangiev Alan Elbrusovich
  • Avdeev Konstantin Alekseevich
  • Zvegintsev Valerij Ivanovich
  • Shulakova Nadezhda Sergeevna
RU2714582C1
METHOD TO PREVENT DETONATION OF FLAMMABLE GAS-AIR MIXTURE IN PIPE AND DEVICE FOR ITS IMPLEMENTATION 2014
  • Ivanov Vladimir Jakovlevich
  • Dranik Sergej Petrovich
  • Purtov Vadim Alekseevich
RU2537149C1
METHOD AND DEVICE FOR GAS-DYNAMIC ACCELERATION OF MASSIVE BODIES TO HIGH SPEED 2018
  • Zvegintsev Valerij Ivanovich
  • Braguntsov Egor Yakovlevich
  • Frolov Sergej Mikhajlovich
  • Ivanov Vladislav Sergeevich
  • Nabatnikov Sergej Aleksandrovich
RU2689056C1
ENERGY-SAFE COMBINED POWER PLANT 2024
  • Ilyusha Anatolij Vasilevich
  • Ambartsumyan Garnik Levonovich
  • Gavrikov Nikolaj Evgenevich
  • Topilin Sergej Vyacheslavovich
  • Pankov Dmitrij Anatolevich
  • Khangazheev Andrej Nikolaevich
  • Gorelkina Ekaterina Nikolaevna
  • Temkin Vyacheslav Vitalevich
  • Pevgov Vyacheslav Gennadievich
  • Andreev Mikhail Anatolevich
RU2826039C1
DETONATION COMBUSTION METHOD OF FLAMMABLE MIXTURES, AND DEVICE FOR ITS IMPLEMENTATION 2009
  • Bykovskij Fedor Afanas'Evich
  • Zhdan Sergej Andreevich
  • Vedernikov Evgenij Fedorovich
RU2459150C2

RU 2 649 491 C2

Authors

Chuvashev Sergej Nikolaevich

Yakimov Nikolaj Mikhajlovich

Dates

2018-04-03Published

2016-09-09Filed