초록 ▼

The invention is a turbojet propulsion system which includes a compressor section, a turbine section coupled by a shaft to the compressor section, a combustion section mounted between the compressor section and the turbine section, and an exhaust duct coupled to the aft end of said turbine section.

The invention is a turbojet propulsion system which includes a compressor section, a turbine section coupled by a shaft to the compressor section, a combustion section mounted between the compressor section and the turbine section, and an exhaust duct coupled to the aft end of said turbine section. A fuel delivery system is incorporated for supplying fuel to the combustion section. A laser assembly provides electromagnetic radiation to the combustion section. An electrical generator coupled to the turbine driven shaft powers the laser assembly.

대표청구항 ▼

The invention claimed is: 1. A turbojet propulsion system having a longitudinal axis comprising; a compressor section: a turbine section coupled by a shaft to said compressor section; a combustion section mounted between said compressor section and said turbine section; an exhaust duct coupled to t

The invention claimed is: 1. A turbojet propulsion system having a longitudinal axis comprising; a compressor section: a turbine section coupled by a shaft to said compressor section; a combustion section mounted between said compressor section and said turbine section; an exhaust duct coupled to the aft end of said turbine section; a fuel delivery system for supplying fuel to said combustion section; and a laser assembly for providing electromagnetic radiation to said combustion section said laser assembly includes a plurality of lasers coupled to said combustion section both circumferentially and along the longitudinal axis. 2. The turbojet propulsion system as set forth in claim 1 comprising an electric generator coupled to said laser assembly for providing power thereto. 3. The turbojet propulsion system as set forth in claim 2 wherein said electric generator is coupled to said shaft and is powered thereby. 4. The turbojet propulsion system as set forth in claims 3 comprising: said combustion section in the shape of a hollow cylindrical ring having external and internal circumferential walls, the internal surfaces of said external and internal walls having laser beam reflecting surfaces; said shaft extending through said hollow cylindrical ring; and said lasers positioned on said external wall to direct laser beams to said internal surface of said internal wall, such that the laser beams from said lasers are reflected off said internal surface of said internal wall back toward said internal surface of said external wall. 5. The turbojet engine as set forth in claim 4 wherein said lasers are directed slightly of the longitudinal axis such that the laser beams reflected off said internal surface of said inner wall are not reflected directly back to the initiating laser of the beam. 6. The turbojet engine as set forth in claim 5 where in said internal surface of said inner wall and the internal surfaces of said external and internal walls are coated with optical substrates selected from the group consisting of Silicon Dioxide and Aluminum Oxide. 7. The turbojet propulsion system as set forth in claim 5 where lasers are positioned on said external surface of said cylinder, such that the laser beams to not pass through said longitudinal axis of said cylinders. 8. The turbojet propulsion system as set forth in claim 3 comprising: said combustion section comprising a plurality of hollow cylinders formed into a ring, each having a centrally located longitudinal axis, the inner surface of said cylinders having a laser beam reflecting surface; said shaft extending through the middle of said plurality of cylinders; and said lasers positioned on the external surfaces of each of said cylinders to direct laser beams into said cylinders such that the laser beams from said lasers are reflected off the inner surfaces of said cylinder. 9. The turbojet engine as set forth in claim 8 where in said internal surface of said hollow cylinders are coated with optical substrates selected from the group consisting of Silicon Dioxide and Aluminum Oxide.