Abstract: A system for generating hot, high-pressure exhaust gas for thrust includes an energetic powder monopropellant, wherein each particle of powder is comprised of a combination of oxidizer and fuel in a ratio suitable for combustion; and a rocket motor for combusting the monopropellant, said rocket motor comprising a container for storing the monopropellant, and a unitary feeder-combustor, wherein the unitary feeder-combustor is configured to feed the powder monopropellant from the container and to combust the powder monopropellant therein without consumption of air, thereby generating hot, high-pressure exhaust gas, generating thrust.

Abstract: An energetic formulation includes graphene oxide functionalized with a molecule containing at least one epoxy group. The graphene oxide may include at least one functional group containing nitrogen between a graphene sheet and the at least one epoxy group. The epoxy group may be sourced from a hydrocarbon compound containing a plurality of epoxy groups. The functionalized graphene oxide may be coated onto ammonium perchlorate. The functionalized graphene oxide is used as a stand-alone energetic material in powder form, mixed as powder in a liquid fuel, or mixed as a powder in a solid fuel.

Abstract: To provide a forming material or a flock product having a comfortable tactile feeling. A core/sheath structure composing a forming material or a formed product which is a melted and cured product of the forming material, comprising: a core having a linear shape and an outer peripheral surface and including a first thermoplastic polymer; and a sheath covering the outer peripheral surface and including a second thermoplastic polymer and at least one selected from a group consisting of fibers and particles dispersed in the second thermoplastic polymer. A flock product comprising: a main body having a surface and composed of a forming material including a thermoplastic polymer or a formed product which is a melted and cured product of the forming material; an adhesive layer arranged on the surface; and a flock pierced into the adhesive layer.

Abstract: A garment based of a seamless wearable structure is provided herein, wherein the structure is made by molding, spinning, dipping or spraying, and characterized by at least one attribute such as breathability, drape, stretch and recovery, dimensional stability, wash-fastness, tensile strength, tearing strength, abrasion flex and resistance, water absorbency and wrinkle recovery, which is within acceptable values according to the standards used in the garment industry.