Appearing of dual-fuel engines on marine fleet vessels leads to necessity of researching of gas combustion process. This fact allows creation of thermal calculation in such engines. The article is focused on review of classical and modem theories of fuel combustion. Chain rections were analyzed, based on examples of the simplest reactions of each type. Influence of fuel mixture temperature on combustion velocity was accessed. Problems of ignition and combustion of gas fuel were reviewed as well.
fuel, combustion, chain reactions, combustion velocity, fuel mixture, gas fuel, detonation
1. Levanov A.B. Makrokineticheskie zadachi v obschem kurse fizicheskoy himii. - M., 2016,- 34 s
2. Barakov, A.B. Osnovy prakticheskoy teorii goreniya: uchebnoe posobie/ A.B. Barakov, V.Yu. Dubanin, D.A. Prutskih. - Voronezh: FGBOU VPO «Voronezhskiy gosudarstvennyy tehnicheskiy universitet», 2009. - 122 s.
3. Azatyan V.V. Cepnye reakcii goreniya, vzryva i detonacii v gazah. Himicheskie metody upravleniya: monografiya - M.: Ob'edinennyy institut vysokih temperatur RAN, Institut strukturnoy makrokinetiki i problem materialovedeniya RAN, 2020. - 360 s.
4. Raschet goreniya gazoobraznogo topliva. Metodicheskie ukazaniya k kursu «Teplotehnika». - Almaty,- Minvuz Kazahskoy SSR, 1983. - 32s.
5. Sokolik A.C. Samovosplamenenie, plamya i detonaciya v gazah /A.S. Sokolik. - M.: AN SSSR, 1960.-427s.
6. Skachkov G.I. Dissertaciya na temu «Kineticheskoe modelirovanie nepromotirovannogo i promotirovannogo vosplameneniya goryuchih gazov», Glava 5 /G.I. Skachkov. - M.:AN SSSR, 1984. - 320 s.
7. Hudyakov S.A. Ignatenko A.B. Sovremennye sudovye malooborotnye dizel'nye dvigateli: sostoyanie, perspektivy i problemy // Ekspluataciya morskogo transporta,-2020-№ 1. - S. 143-154.
8. Hudyakov S.A., Bashkatov V.A. Aktual'nost' problemy ispol'zovaniya gaza v kachestve sudovogo topliva //Materialy Mezhdunar. NTK «Kom pleksnye problemy tekuschego sostoyaniya transportnogo kompleksa», 2020. - Novorossiysk, GMU im.adm. F.F. Ushakova. - S. 178-181.
9. Hudyakov S.A., Bashkatov V.A. Analiz konstrukcii gazovoy toplivnoy sistemy dvigatelya 6S50ME-GI //Ekspluataciya morskogo transporta, 2020.-№ 1 (94).-S. 121-126.
10. Kondrat'ev V.N., Nikitin E.E. Himicheskie processy v gazah - M.: Nauka, 1981.- 262 s.
11. Michael J.V., Sutherland J.W., Harding L.B., Wagner A.F. //Proc. Comb. Inst. 2000. Vol. 28. P. 1471.
12. Baulch D.L., C.T. Bowman, Cobos C.J. at al. // Journal of Physical and Chemical Reference Data. 2005. Vol. 34. N3. P. 757.
13. Harding L., Klipperstain S.J. // Comb. Flame. 2007. Vol. 149. N !4 P. 104.
14. Sivuhin D.V. Obschiy kurs fiziki,- M.: Nauka, 1979. T.2.-551 s.
15. Landau L.D., Aheizer A.I., Lifshic E.M. Mehanika, Molekulyarnaya fizika. 2014. -M.; 379 s.
16. Azatyan V.V. Cepnye reakcii v gorenii, vzryve i detonacii gazov. -M.; 2017. Izd. RAN. 448 s.
