초록 ▼

A singlet delta aerosol generator 10 includes a reaction chamber 24 downstream from a supersonic nozzle section 18. A mixture of gaseous chlorine and an inert diluent gas is reacted with liquid basic hydrogen peroxide (BHP) in reaction chamber 24 to form a flow of liquid droplets and gaseous singlet

A singlet delta aerosol generator 10 includes a reaction chamber 24 downstream from a supersonic nozzle section 18. A mixture of gaseous chlorine and an inert diluent gas is reacted with liquid basic hydrogen peroxide (BHP) in reaction chamber 24 to form a flow of liquid droplets and gaseous singlet delta oxygen. Separating means, including a deflecting body 30, located within a downstream end of the reaction chamber 24, separates the flow of liquid droplets and gaseous singlet delta oxygen into a primary flow and a secondary flow. The primary flow contains a major amount of the gaseous singlet delta oxygen and a minor amount of the liquid droplets; the secondary flow contains the remainder of the gaseous singlet delta oxygen and of liquid droplets.

대표청구항 ▼

A method for generating singlet delta oxygen comprising the steps of: reacting gaseous chlorine with liquid basic hydrogen peroxide (BHP) under supersonic flow conditions to form a flow of liquid droplets and gaseous singlet delta oxygen; and separating said flow of liquid droplets and gaseous singl

A method for generating singlet delta oxygen comprising the steps of: reacting gaseous chlorine with liquid basic hydrogen peroxide (BHP) under supersonic flow conditions to form a flow of liquid droplets and gaseous singlet delta oxygen; and separating said flow of liquid droplets and gaseous singlet delta oxygen into a primary flow and a secondary flow, said primary flow containing a major amount of said gaseous singlet delta oxygen and a minor amount of said droplets, said secondary flow containing the remainder of said gaseous singlet delta oxygen and of said liquid droplets.