초록 ▼

A generating device for producing a laser energizing gas in the singlet delta, electronic state comprising a vacuum chamber; a tubular reaction chamber positioned within said vacuum chamber, said reaction chamber having a closed end and an oppositely disposed open end; means positioned in said close

A generating device for producing a laser energizing gas in the singlet delta, electronic state comprising a vacuum chamber; a tubular reaction chamber positioned within said vacuum chamber, said reaction chamber having a closed end and an oppositely disposed open end; means positioned in said closed end for introducing a flow of a gaseous reactant into said reaction chamber; means positioned adjacent said closed end at an angle perpendicular to the position of said gas introducing means for introducing a stream of a liquid reactant into said gas flow to effect a chemical reaction therebetween and the generation of a laser energizing, singlet delta gas; and means for interconnection to a lasing device for directing a flow of said generated, singlet delta gas to a lasing cavity.

대표청구항 ▼

1. An apparatus for generating a molecular oxygen gas in the electronically excited singlet delta state consisting essentially of: (A) a housing and means connecting thereto for creating a vacuum therein; (B) an elongated tubular reaction chamber positioned within said housing, said reaction cha

1. An apparatus for generating a molecular oxygen gas in the electronically excited singlet delta state consisting essentially of: (A) a housing and means connecting thereto for creating a vacuum therein; (B) an elongated tubular reaction chamber positioned within said housing, said reaction chamber having sidewalls running parallel to the longitudinal axis of said reaction chamber and which define a substantially circular cross-sectional interior portion, and said reaction chamber further having a closed end and an oppositely disposed open end; (C) means for introducing and directing a flow of a gaseous reactant into said reaction chamber, said means for introducing said gaseous reactant being positioned within the closed end of said reaction chamber wherein said gaseous reactant flows substantially parallel to the longitudinal axis of said reaction chamber and assumes a substantially circular cross-sectional area as defined by said sidewalls; (D) means for introducing and directing a stream of an aspirated liquid reactant into said reaction chamber adjacent to the flow of said gaseous reactant, said means for introducing a liquid reactant being positioned within the sidewalls of said elongated chamber at an angle perpendicular to the longitudinal axis of said reaction chamber thus providing a gas/liquid interface of circular cross-section along the interior surface of said sidewalls of said chamber to affect a reaction between said gaseous and liquid reactants to generate a singlet delta, electronically excited, molecular oxygen gas; and (E) said means for creating a vacuum being in fluid communication with said housing at a point adjacent said open end of said reaction chamber thereby directing a flow of said molecular oxygen from said reaction chamber through said housing for subsequent use. 2. An apparatus in accordance with claim 1 wherein said reaction chamber is vertically positioned within said housing. 3. A laser system comprising: (A) a laser, said laser having a lasing cavity and means for creating a vacuum; and (B) a singlet delta molecular gas generator interconnected to said laser and comprising; (1) a vacuum chamber; (2) an elongated tubular reaction chamber positioned within said vacuum chamber, said reaction chamber having sidewalls running parallel to the longitudinal axis of said reaction chamber and which define a substantially circular cross-sectional interior portion, said reaction chamber further having a closed end and an oppositely disposed open end; (3) means for introducing and directing a flow of a gaseous reactant into said reaction chamber, said means for introducing said gaseous reactant being positioned within the closed end of said reaction chamber wherein said gaseous reactant flows substantially parallel to the longitudinal axis of said reaction chamber and assumes a substantially circular cross-sectional area as defined by said walls; (4) means for introducing and directing an aspirated stream of a liquid reactant into said reaction chamber adjacent to the flow of said gaseous reactant, said means for introducing a liquid reactant being positioned within the sidewalls of said reaction chamber at an angle prependicular to the longitudinal axis of said reaction chamber thus providing a gas/liquid interface of circular cross-section along the interior surface of said sidewalls of said elongated reaction chamber to affect reaction between said gaseous and liquid reactants and thereby generate a singlet delta, electronically excited, molecular oxygen gas; and (5) means interconnected between said vacuum chamber and said lasing cavity for drawing and directing a flow of said generated electronically excited molecular oxygen gas from said generator to said cavity for subsequent reaction with a lasing medium.