2results about How to "Improve concentration distribution" patented technology

The utility model discloses an ammonium nitrate solution concentration blending reation kettle with anti -explosion function belongs to reation kettle equipment technical field, the utility model discloses a reation kettle body is communicated with the discharge valve at reation kettle body bottom, can carry out even heating to solution through the electric heating plate in the reation kettle body inner wall bottom groove, avoid local temperature too high and cause ammonium nitrate to decompose gas and cause explosion, the cooperation design of stirring rod and top motor can carry out sufficient stirring to ammonium nitrate solution in reation kettle, make solution concentration distribution even. The annular ring and the explosion -proof pipe fixedly connected with the annular ring that reation kettle body surface sets up up and down, effectively enhanced the overall structural strength of reation kettle, the gas outlet pipe of top annular ring and the gas inlet pipe of bottom annular ring mutually cooperate, and the outside cold gas enters the space between the explosion -proof pipe and reation kettle body, and then even cooling is carried out to reation kettle body, and then gas is discharged to the outside from the gas outlet pipe, and the device has the advantages that the explosion -proof effect is good.

The application discloses a multi-stage center grading wide-range stable combustion chamber head, and relates to the technical field of combustion chambers. The multi-stage center grading wide-range stable combustion chamber head comprises a head outer ring shell, a second main combustion stage assembly, a first main combustion stage assembly and a plurality of xth main combustion stage assemblies. The second main combustion stage assembly comprises a second fuel supply cavity and second swirl vanes, and the second swirl vanes are provided with second fuel injection holes which are communicated with the second fuel supply cavity. The first main combustion stage assembly comprises a first fuel supply ring cavity and first swirl vanes, and the first swirl vanes are provided with first fuel injection holes which are communicated with the first fuel supply ring cavity. Each main combustion stage assembly comprises a fuel supply cavity and swirl vanes, and the form is the same as that of the second main combustion stage. The head outer ring shell is arranged for installation, positioning and forming a flow channel. The xth main combustion stage assembly, the second main combustion stage assembly and the first main combustion stage assembly are arranged, and the straight-flow air is changed into swirl flow by the swirl vanes. The fuel is injected out from the first fuel injection holes and the second fuel injection holes after entering the head outer ring shell from the outside.