1. In addition, the combustion chamber includes a combustion plate and a sub-combustion plate.

2. Optimized combustion conditions include optimized combustion chamber design and optimized supply of air.

3. Optimised combustion conditions include optimised combustion chamber design and optimised supply of air.

4. The combustion chamber (210) is configured to receive a lean air/fuel mixture therein to substantially fill the combustion chamber (210).

5. The invention relates to a combustion chamber assembly for an airbag module of a motor vehicle, having a combustion chamber housing, which encloses a combustion chamber, and having a housing receptacle, in which the combustion chamber housing is to be disposed such that the combustion chamber housing with the outer surface thereof is running along an inner surface of the housing receptacle, exit areas being provided in each case in the combustion chamber housing and the housing receptacle, said areas upon proper configuration of the combustion chamber housing in the housing receptacle being spatially associated with one another such that gas generated in the combustion chamber may exit through the exit areas of the combustion chamber housing and the housing receptacle into the surroundings.

6. Internal combustion engine with an adjustable volume induction chamber

7. Afterburner or post-combustion chamber or regenerative thermal oxidiser

8. Post-combustion chamber or afterburner or regenerative thermal oxidiser (36)

9. The present invention relates to an arrangement for pre-heating combustion air supplied to a combustion chamber.

10. A diesel engine (E) has a combustion chamber (C), a piston (T) movable in the chamber, air intake and exhaust valves (IV, EV), and a nozzle (N) injecting fuel into the combustion chamber.

11. The secondary chamber is necessary to complete gas phase combustion reactions.

12. Combustion-heat exchange system having resonance chamber, for boiler or water heater

13. Air is introduced into the combustion chamber via intake valves (17, 18).

14. The low-speed spool includes a pre- combustion power turbine aerodynamically powered by the compressor assembly and upstream of the combustion chamber.

15. With the present invention, the catalyst temperature of a catalyst arranged in the exhaust passage of the internal combustion engine is obtained, and abnormal combustion in the combustion chamber of the internal combustion engine is detected.

16. This optimizes injector spray patterns and better Atomizes fuel as it enters the combustion chamber

17. A combustion chamber liner (41) with a forward section (44) and an aft section (46).

18. The strong squish flow and vortexes produced by the special structure of the combustion chamber improve the fuel and air mixture and combustion spe...

19. A piston (6) is movably arranged in the combustion chamber (4) in order to be accelerated in the setting direction (3) by the combustion gases.

20. Bore, stroke, cylinder capacity or volume of combustion chamber (in the case of rotary piston engines):

21. Specifically, information about the flow field within the combustion chamber was gathered with Laser Doppler Anemometry (LDA).

22. A first fuel charge is injected into the combustion chamber to form a lean air-fuel mixture.

23. Heat (energy) can also be received by radiation from any hot refractory wall of the combustion chamber.

24. An Afterburner is a secondary combustion system which burns additional fuel downstream of the combustion chamber, to further increase thrust at the expense of much higher fuel consumption

25. An internal Combustion engine (ICE) is a heat engine in which the Combustion of a fuel occurs with an oxidizer (usually air) in a Combustion chamber that is an integral part of the working fluid flow circuit

26. The risk of accretion formation and corrosion in the post combustion chamber and in subsequent steps is reduced.

27. Combustion chamber arrangement for damping thermo-acoustic oscillations, gas turbine and method of operating such a gas turbine

28. Adsorption fluid is constantly fed into the combustion products in a mixing chamber situated at the end of the combustion tube; this fluid contains hydrazine sulfate as reducing agent.

29. The gas that passed through the first moisture adsorption device (90) is again supplied into the combustion chamber (21).

30. Said reactor (12) comprises a burner block (14) with a combustion chamber for producing acetylenes, a secondary chamber (18) which is embodied in the burner block (14) and an annular space (20) which surrounds the secondary chamber (18).

31. Air classifiers, air dryers, air dust separators, hot gas generators, burners, combustion chamber jackets, and parts for the aforesaid goods

32. The fuel evaporated from a porous body (6) is mixed with combustion air and burned in a combustion chamber (10) of the heater after being initially ignited by a glow plug (4).

33. The present invention relates to a method of operation for an internal combustion engine (1), and more precisely for a motor vehicle, in which a lean air-fuel mixture is supplied to the combustion chamber (4) during a first operation mode while a stoichiometric or rich air-fuel mixture is supplied to said combustion chamber (4) during a second operation mode.

34. The burner permits the reduction of thermo-acoustic oscillations in a combustion chamber on a gas turbine in an alternative way.

35. Afterburner, also called Reheat, second combustion chamber in a turbojet (q.v.) or turbofan engine, immediately in front of the engine’s exhaust nozzle

36. A duct (15), formed in the angled flange (3), connects the fan to the burner (2) and ensures that combustion air is fed in a swirling manner into the combustion chamber of the burner (2).

37. A refractory-lined, adiabatic combustion chamber can be installed between the burner and the tunnel furnace, if needed, to simulate rotary kiln environments.

38. The control pressure is set within a range higher than the maximum pressure of the combustion chamber (5) when fuel supply is stopped but lower than the pressure at which abnormal combustion of fuel takes place.

39. The radicals consist of a mixture of pre-flame and post-combustion radicals and are seeded into the intake charge by wave interaction between the working chamber and the air chamber across a restricted orifice (g).

40. A perfectly stirred reactor model was adopted for its combustion chamber; and the steady quasi-1D isentropic flow was used for the nozzle flow.

41. The resulting hot effluent gas is effectively air quenched in the choke portion and passed with the additional air to a secondary combustion chamber (30).

42. The two general types are (1) direct-flame Afterburners, in which the gases are oxidized in a combustion chamber at or above the temperature of autogenous ignition, and (2) catalytic combustion systems, in which the gases are oxidized at temperatures

43. Apparatus for detecting abnormal combustion in a combustion engine

44. Method for detecting abnormal combustion for internal combustion engines

45. A basic Calorimeter consists of a metal container of water above a combustion chamber, in which a thermometer is used to measure the change in water temperature.

46. It comprises an air intake orifice followed by a radial turbine compressor that forms but one element compressing air and supplying it to the combustion chamber, this same turbine compressor converts some of the energy of the combustion gases into mechanical energy.

47. Combustion gas admixing device for a gas-powered internal combustion engine

48. The disadvantage of multiple ground electrodes is that a shielding effect can occur in the engine combustion chamber inhibiting the flame face as the fuel air mixture burns.

49. The direct injection of a dry sorbent into the combustion chamber, or the addition of magnesium- or calcium-based adsorbents to the bed of a fluidised bed boiler.

50. Suprastoichiometric combustion, i.e. using a fuel-lean mixture to dilute combustion heat;

51. In addition to slag (p) from the combustion chamber (6), solids (m) can also be fed to the melt-down trough (8) from a residual product separating device (4).

52. Compressed air from the core's compressor, 30% of the overall airflow, was bled off through a pipe to a completely separate two-stage turbine with its own combustion chamber.

53. Abnormal combustion detection device for engine and abnormal combustion detection method for engine

54. An Allobaric/ pressure-changing chamber is composed of a pressure chamber, a buffer chamber

55. Preheating of combustion air

56. According to the invention, said internal combustion engine is provided with an injection valve by which means fuel can be injected directly into a combustion chamber either in a first operating mode during an admission phase or in a second operating mode during a compression phase.

57. A primary chamber, a main chamber, and an afterburner chamber can be connected in series.

58. The burner is configured for the staged introduction of combustion air to provide a fuel-rich combustion zone and a fuel-lean combustion zone.

59. Combustion of Energetic Materials

60. Carburetors for combustion engines

61. Adiabatic internal combustion engine

62. After crystal chamber, you go to eye-gazing chamber, after eye-gazing chamber, you go to a chamber where you are lying down.

63. It is tested if due to the retardation of the ignition angle, a characteristic variable, for example a backfire, for the combustibility of the air/fuel mixture in the combustion chamber (5) of the internal combustion engine (5) exceeds a predetermined threshold value signalling a degradation of combustibility.

64. Third Chamber

65. — Between combustion engine and adjacent passenger/staff areas (assuming the fire starts in the combustion engine).

66. Oil jet abnormality determination device of internal combustion engine and control device of internal combustion engine

67. Combustione legno (Wood Combustion), 1957

68. Installation, maintenance, repair and servicing of air classifiers, air dryers, air dust separators, hot gas generators, burners, combustion chamber jackets, material conveyors, material allocators, material locks, and parts for the aforesaid goods

69. Audi Abandons combustion engine development

70. Air density and, uh, combustion.

71. She's scheduled for combustion... tomorrow.

72. In order to enable abnormal combustion of an internal combustion engine to be detected by a low-cost simple means, an abnormal combustion detection device utilizes a direct injection injector as the means for detecting abnormal combustion.

73. Compound Forms/Forme composte: Italiano: Inglese: camera di Combustione: combustion chamber : Combustione spontanea nf sostantivo femminile: Identifica un essere, un oggetto o un concetto che assume genere femminile: scrittrice, aquila, lampada, moneta, felicità (non indotta da fattori esterni) spontaneous combustion n noun: Refers to person, place, thing, quality, etc.

74. Bce Combustion specializes in the manufacture and commissioning of custom industrial heaters and process combustion equipment

75. Abnormality detection device for internal combustion engine and air/fuel ratio control apparatus for internal combustion engine

76. The invention relates to an internal combustion engine (1) for a motor vehicle, comprising an injector valve (8) through which fuel can be directly injected into a combustion chamber (4) according to a first operational mode during a compression phase or according to a second operational mode during an admission phase.

77. Renwick and Bertelli had been in partnership some years and had developed an overhead-cam four-cylinder engine using Renwick's patented combustion chamber design, which they had tested in an Enfield-Allday chassis.

78. Combustion pretreatment-isotope dilution mass spectrometry

79. Abnormality detector for internal combustion engine

80. If you miss the combustion compressor...