Keywords: میکروسکوپ سوخت; Micro-combustor; Regular triangular pyramid bluff body; Catalytic combustion; Hydrogen addition; Preferential transport effect;
مقالات ISI میکروسکوپ سوخت (ترجمه نشده)
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Keywords: میکروسکوپ سوخت; Combustion; Smouldering; Human faeces; Micro-combustor; Updraft; Downdraft; Nano-membrane toilet; Design;
A miniaturized power generation system cascade utilizing thermal energy of a micro-combustor: Design and modelling
Keywords: میکروسکوپ سوخت; Micro thermophotovoltaic (TPV); Micro thermoelectric generator (TEG); Micro-combustor; Power generation; Cascade utilization; Mathematical modelling;
Keywords: میکروسکوپ سوخت; Micro-combustor; Equivalence ratio; Flammability; Quenching diameter; Quenching cross sectional area; Energy conversion efficiency
Keywords: میکروسکوپ سوخت; Micro-combustor; Flame holder; Preheating channel; Blowout limit; Heat recirculation effect; Flow redirection effect
Keywords: میکروسکوپ سوخت; Micro-combustor; Porous media; Numerical simulation; Micro thermophotovoltaic system;
Keywords: میکروسکوپ سوخت; Micro-combustor; Hollow hemispherical bluff body; Numerical investigation; Combustion characteristics; Blow-off limit;
Keywords: میکروسکوپ سوخت; Micro-combustor; Bluff body; Blow-off limit; Recirculation zone; Flame stretching; Heat losses
Keywords: میکروسکوپ سوخت; Micro-combustor; Bluff body; Hydrogen–air; Flame stability; Emitter efficiency; Inlet velocity
Keywords: میکروسکوپ سوخت; Micro-combustor; Analytical model; Flammability; Catalytic/non-catalytic condition; Quenching distance
Keywords: میکروسکوپ سوخت; Micro-combustor; Bluff body; Blow-off limit; Heat conduction; Flow field; Flame stretching; Heat losses;
Keywords: میکروسکوپ سوخت; Micro-combustor; Blow-off limit; Blockage ratio; Recirculation zone; Stretching effect; Heat loss;
Keywords: میکروسکوپ سوخت; Micro-combustor; Computational fluid dynamics; Combustion; Reaction engineering; Heat transfer; Hydrogen fuel;
Effect of the cavity depth on the combustion efficiency of lean H2/air flames in a micro combustor with dual cavities
Keywords: میکروسکوپ سوخت; Micro-combustor; Cavity depth; Combustion efficiency; Residence time; Heat transfer; Stretch rate;
Effect of micro-pin-fin arrays on the heat transfer and combustion characteristics in the micro-combustor
Keywords: میکروسکوپ سوخت; Micro-combustor; Hydrogen/air; Numerical simulation; Heat transfer enhancement;
Effect of reduced pressures on the combustion efficiency of lean H2/air flames in a micro cavity-combustor
Keywords: میکروسکوپ سوخت; Micro-combustor; Reduced pressure; Combustion efficiency; Lewis number effect; Flame stretch effect; Heat loss ratio
Numerical study on combustion characteristics of hydrogen addition into methane–air mixture
Keywords: میکروسکوپ سوخت; Micro-combustor; Numerical simulation; Adding hydrogen; Equivalent ratio; Ignition temperature
Hydrogen production from burning and reforming of ammonia in a microreforming system
Keywords: میکروسکوپ سوخت; Ammonia (NH3) burning; Ammonia reforming; Hydrogen (H2); Microreforming system; Micro-combustor
Experimental and numerical investigation on combustion characteristics of premixed hydrogen/air flame in a micro-combustor with a bluff body
Keywords: میکروسکوپ سوخت; Micro-combustor; Bluff body; Blow-off limit; Exhaust gas temperature; Combustion efficiency
Thermophotovoltaic power conversion from a heat-recirculating micro-emitter
Keywords: میکروسکوپ سوخت; Micro-thermophotovoltaic device; Micro-emitter; Micro-combustor; Micro-combustion; Heat recirculation
Numerical study of opposed non-premixed jet flames of methane in a coaxial narrow air tube
Keywords: میکروسکوپ سوخت; Opposed non-premixed jet flame; Flame stabilization; Low strain extinction; Edge flame; Micro-combustor
Laminar burning velocity predictions by meso-scale flames in an annular diverging tube
Keywords: میکروسکوپ سوخت; Premixed flame; Propagation velocity; Tube; Micro-combustor; Burning velocity;
Measured and predicted performance of a micro-thermophotovoltaic device with a heat-recirculating micro-emitter
Keywords: میکروسکوپ سوخت; Micro-thermophotovoltaic device; Micro-emitter; Micro-combustor; Micro-combustion; Heat recirculation;
Experiment on the effect of Pt-catalyst on the characteristics of a small heat-regenerative CH4–air premixed combustor
Keywords: میکروسکوپ سوخت; Micro-combustor; Platinum catalyst; Heat regeneration; Flame stabilization; Premixed flame
Non-premixed flame characteristics of opposed methane jets in coaxial narrow air stream tubes
Keywords: میکروسکوپ سوخت; Non-premixed flame; Opposed flow flame; Flame stretch; Micro-combustor
Scale and material effects on flame characteristics in small heat recirculation combustors of a counter-current channel type
Keywords: میکروسکوپ سوخت; Micro-combustor; Heat recirculation; Flame stabilization; Flame characteristics; Well-stirred reaction;
An annulus-type micro reforming system integrated with a two-staged micro-combustor
Keywords: میکروسکوپ سوخت; Micro-combustor; Micro-reformer; Micro-evaporator; Steam reforming; Fuel cell
Effect of an inlet temperature disturbance on the propagation of methane–air premixed flames in small tubes
Keywords: میکروسکوپ سوخت; Premixed flame; Propagation velocity; Temperature disturbance; Flame stabilization; Small tube; Micro-combustor; Entrance length
Combustion of methane–hydrogen mixtures on catalytic tablets
Keywords: میکروسکوپ سوخت; Micro-combustor; Methane; Hydrogen; Catalysis
Experimental and numerical studies of mixing and flame stability in a micro-cyclone combustor
Keywords: میکروسکوپ سوخت; Combustion; Simulation; Mixing; Fluid mechanics; Micro-combustor; Flame stability; Flame stabilization mechanism
Combustion of hydrogen–air in catalytic micro-combustors made of different material
Keywords: میکروسکوپ سوخت; Micro-combustor; Catalyst; Hydrogen; Material; Thermal conductivity
Studies on a two-staged micro-combustor for a micro-reformer integrated with a micro-evaporator
Keywords: میکروسکوپ سوخت; Micro-combustor; Micro-reformer; Micro-evaporator; Stability limits; Fuel cell
Experimental investigation on heat loss and combustion in methane/oxygen micro-tube combustor
Keywords: میکروسکوپ سوخت; Micro-combustor; Micro-combustion; Heat loss
Effects of major parameters on micro-combustion for thermophotovoltaic energy conversion
Keywords: میکروسکوپ سوخت; Micro-combustor; TPV system; Mixing ratio
Thermal performance of a micro-combustor for micro-gas turbine system
Keywords: میکروسکوپ سوخت; Micro-combustion; Micro-combustor; Thermal performance; Operating range; Heat loss
The development of a micropower (micro-thermophotovoltaic) device
Keywords: میکروسکوپ سوخت; Micropower device; Micro-combustion; Thermophotovoltaic; Micro-combustor
Effect of wall thickness of micro-combustor on the performance of micro-thermophotovoltaic power generators
Keywords: میکروسکوپ سوخت; Micro-thermophotovoltaic power generator; Micro-combustor; GaSb PV cells; SiC emitter;
Catalyzed combustion of hydrogen–oxygen in platinum tubes for micro-propulsion applications
Keywords: میکروسکوپ سوخت; Catalytic combustion; Micro-propulsion; Micro-combustor
Micro-ejector to supply fuel-air mixture to a micro-combustor
Keywords: میکروسکوپ سوخت; Ejector; Micro-combustor; Fuel reformer; Micro-power generation; Pump; Laval nozzle;