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Oxygen-iodine chemical laser ultrasonic oxygen iodine mixing spraying pipe with nitrogen as the dilution gas

A technology of oxygen iodine chemistry and diluent gas, applied in laser parts and other directions, can solve the problems of high cost of use, inability to adapt to applications, rare helium resources, etc., and achieve the effect of reducing operating costs

Inactive Publication Date: 2007-11-28
DALIAN INST OF CHEM PHYSICS CHINESE ACAD OF SCI
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

On the one hand, helium resources are scarce, expensive, and costly to use, which is not conducive to the industrial application of oxygen-iodine chemical lasers; , the oxygen-iodine chemical laser with helium as the diluent gas can no longer adapt to the application of this new low-temperature molecular sieve adsorption pump, because the zeolite molecular sieve used in the low-temperature molecular sieve adsorption pump can only effectively adsorb oxygen at low temperature (the oxygen-iodine chemical laser itself generates gas) and nitrogen

Method used

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  • Oxygen-iodine chemical laser ultrasonic oxygen iodine mixing spraying pipe with nitrogen as the dilution gas
  • Oxygen-iodine chemical laser ultrasonic oxygen iodine mixing spraying pipe with nitrogen as the dilution gas
  • Oxygen-iodine chemical laser ultrasonic oxygen iodine mixing spraying pipe with nitrogen as the dilution gas

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Experimental program
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Embodiment 1

[0017] As shown in the figure, there are two rows of iodine nozzles 2 in the subsonic section of the nozzle, the diameter of which is Φ0.5mm, the distance between the two rows of iodine nozzles is 2mm, and the distance between the two rows of nozzles 2 and the nozzle throat 1 The average distance X1 is 3mm; the design Mach number of the nozzle outlet is 2.2, the corresponding nozzle width X2 of each unit of the nozzle is 4mm, and the width X3 of the nozzle outlet is 10mm.

Embodiment 2

[0019] There are two rows of iodine nozzles 2 in the subsonic section of the nozzle, the diameter of which is Φ0.5mm, the distance between the two rows of iodine nozzles is 2mm, and the average distance X1 between the two rows of nozzles 2 and the nozzle throat 1 is 4mm ; The design Mach number of the nozzle outlet is 2.5, the corresponding throat width X2 of each unit of the nozzle is 5mm, and the width X3 of the nozzle outlet is 13mm.

Embodiment 3

[0021] There are two rows of iodine nozzles 2 in the subsonic section of the nozzle, the diameter of which is Φ0.5mm, the distance between the two rows of iodine nozzles is 2mm, and the average distance X1 between the two rows of nozzles 2 and the nozzle throat 1 is 5mm ; The design Mach number of the nozzle outlet is 2.8, the corresponding nozzle width X2 of each unit throat is 6mm, and the width X3 of the nozzle outlet is 15mm.

[0022] The supersonic oxygen-iodine mixed nozzle designed with the shape and geometric dimensions of the nozzle corresponding to the above design parameters can use nitrogen as the diluent gas or no diluent gas, and a low-temperature molecular sieve adsorption pump can also be used as the pressure recovery system.

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Abstract

The invention discloses a supersonic oxiodide mixed sprayer of oxiodide chemical laser based on nitrogen as dilute gas, which is characterized by the following: setting two rows of iodine sprayer at subsonic segment of sprayer with caliber at phi0.5mm; setting the distance between two iodine sprayers at 2mm and the even distance of two rows of sprayer and sprayer throat at 3-5mm; designing the Mach number of sprayer outlet at 2.2-2.8 and each unit throat breadth of sprayer multiplied by 2 at 4-6mm; setting the breadth of sprayer outlet at 10-15mm. The invention saves the operating cost greatly, which is beneficial for industrial applying of oxiodide chemical laser.

Description

technical field [0001] The invention relates to a supersonic oxygen-iodine mixing nozzle of an oxygen-iodine chemical laser, in particular to a supersonic oxygen-iodine mixing nozzle of an oxygen-iodine chemical laser using nitrogen as a diluent gas. Background technique [0002] The existing chemical oxygen iodine laser (COIL) uses a large amount of helium as a diluent gas. On the one hand, helium resources are scarce, expensive, and costly to use, which is not conducive to the industrial application of oxygen-iodine chemical lasers; , the oxygen-iodine chemical laser with helium as the diluent gas can no longer adapt to the application of this new low-temperature molecular sieve adsorption pump, because the zeolite molecular sieve used in the low-temperature molecular sieve adsorption pump can only effectively absorb oxygen at low temperature (the oxygen-iodine chemical laser itself generates gas) and nitrogen. [0003] Therefore, if the oxygen iodine chemical laser can ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01S3/02
Inventor 房本杰
Owner DALIAN INST OF CHEM PHYSICS CHINESE ACAD OF SCI
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