Abstract: An outdoor cooking assembly includes a barrel and a cooking support that is slidable into the barrel thereby facilitating the cooking support to support a food item for cooking. A fire pan is slidable into the barrel to contain a burning fuel to facilitate the cooking panel to cook the food item. A table is movably disposed on the barrel and the table is positionable between a deployed position and a stored position. A plurality of cooking panels is provided and a respective one of the cooking panels is positionable on the cooking support in the barrel to support the cooking pot for cooking a food item in the cooking pot. A cart is provided and each of the cooking panels is insertable into a respective one of a plurality of storage slots in the cart for storing the cooking panels.

Abstract: An outdoor cooking assembly includes a barrel and a cooking support that is slidable into the barrel thereby facilitating the cooking support to support a food item for cooking. A fire pan is slidable into the barrel to contain a burning fuel to facilitate the cooking panel to cook the food item. A table is movably disposed on the barrel and the table is positionable between a deployed position and a stored position. A plurality of cooking panels is provided and a respective one of the cooking panels is positionable on the cooking support in the barrel to support the cooking pot for cooking a food item in the cooking pot. A cart is provided and each of the cooking panels is insertable into a respective one of a plurality of storage slots in the cart for storing the cooking panels.

Abstract: An ignition tube for use with electrothermal chemical combustion ignition projectiles in guns, comprising a tube positionable in a combustion chamber for receiving plasma ignition from a plasma chamber. The tube is formed from high density polyethylene or other materials adapted to release plasma upon contact by plasma ignition electrical energy or pulses. The tube is specifically designed to provide an increasing exit area from the proximal end of the tube toward the distal so as to act upon the longitudinally attenuated plasma, thereby substantially decreasing the amplitude of any reflected shock in the plasma stream. The exit area comprises a plurality of radially extending orifices or holes that have a decreased angle of inclination to the longitudinal axis from proximal end to distal end, such that the orifices form a spiral pattern on the circumference of the tube. This pattern provides a uniform action of plasma on the propellant over the entire length of the ignition tube.