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A propulsion module including a wave rotor detonation engine having a rotor with a plurality of fluid flow channels. The fluid flow channels extend between an inlet rotor plate, which has a pair of fixed inlet ports, and an outlet rotor plate, which has a pair of fixed outlet ports. The propulsion m

A propulsion module including a wave rotor detonation engine having a rotor with a plurality of fluid flow channels. The fluid flow channels extend between an inlet rotor plate, which has a pair of fixed inlet ports, and an outlet rotor plate, which has a pair of fixed outlet ports. The propulsion module includes a pair of inlet ducts have a stowed mode and a deployed mode. The pair of inlet ducts include a fluid flow passageway adapted to convey air to the pair of inlet ports. A fueling system is positioned prior to the inlet ports to deliver fuel into the air introduced through the pair of inlet ducts and into the pair of inlet ports. A pair of ignition chambers are disposed adjacent to the inlet rotor plate.

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A propulsion module including a wave rotor detonation engine having a rotor with a plurality of fluid flow channels. The fluid flow channels extend between an inlet rotor plate, which has a pair of fixed inlet ports, and an outlet rotor plate, which has a pair of fixed outlet ports. The propulsion m

A propulsion module including a wave rotor detonation engine having a rotor with a plurality of fluid flow channels. The fluid flow channels extend between an inlet rotor plate, which has a pair of fixed inlet ports, and an outlet rotor plate, which has a pair of fixed outlet ports. The propulsion module includes a pair of inlet ducts have a stowed mode and a deployed mode. The pair of inlet ducts include a fluid flow passageway adapted to convey air to the pair of inlet ports. A fueling system is positioned prior to the inlet ports to deliver fuel into the air introduced through the pair of inlet ducts and into the pair of inlet ports. A pair of ignition chambers are disposed adjacent to the inlet rotor plate. the plate and the vertical flange of the sealing frame while extending across the gap between the peripheral edge of the plate and the vertical flange of the sealing frame, whereby the plate is separable from the sealing frame upon severing the bonding strip. 2. The mounting arrangement of claim 1, wherein the permanently elastic sealing strip extends flush with the sealing frame. 3. The mounting arrangement of claim 1, wherein the permanently elastic sealing strip is comprised of a temperature-stable material. 4. The mounting arrangement of claim 1, wherein the lower surface of the permanently elastic sealing strip is self-adhesive for bonding to the ledge. 5. The mounting arrangement of claim 1, wherein the bonding material stored between the sealing frame and plate is a permanently elastic, temperature-stable adhesive. 6. The mounting means of claim 1, wherein the holding frame and the sealing frame are offset, said sealing frame extending vertically above said holding frame and wherein said sealing strip lies in a single horizontal plane and has a uniform thickness.