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The 36 pages that link to Gas-turbine engine, each with the reason it gives.

• Internal combustion engineCompared with: It uses internal combustion but extracts energy through a turbine rather than pistons.

• Steam engineCompared with: It uses continuous combustion and hot gas flow instead of a steam working cycle.

• Diesel engineCompared with: It offers a different engine architecture from the diesel’s reciprocating pistons.

• Steam turbineCompared with: Its working fluid is combustion gas, unlike the externally heated steam of a steam turbine.

• Fuel cellCompared with: Fuel cells avoid the combustion-driven turbine cycle used by many power plants.

• Piston engineCompared with: Its continuous rotary flow contrasts with the piston engine's repeated cylinder cycles.

• Reciprocating engineCompared with: It produces shaft power through continuous rotation rather than piston strokes.

• Diesel generatorCompared with: Gas turbines are an alternative prime mover, often favored for larger continuous power output.

• Radial engineCompared with: Gas turbines displaced piston radials in many high-speed and large aircraft.

• Motor shipCompared with: Gas turbines offer a distinct combustion-based propulsion option, especially at high power.

• Pistonless rotary engineCompared with: It produces rotary power through continuous flow rather than chambers carried by a rotor.