Home           Contact us           FAQs           
 
   Journal Page   |   Aims & Scope   |   Author Guideline   |   Editorial Board   |   Search
    Abstract
2012 (Vol. 4, Issue: 13)
Article Information:

Optimization Analysis of Discharged Gas Flow Duct in Gas Laser

Jiang Fan and He Hua
Corresponding Author:  Jiang Fan 

Key words:  CO2 laser, discharged gas flow duct, numerical simulation, porous medium model, structure optimization, ,
Vol. 4 , (13): 1940-1948
Submitted Accepted Published
February 16, 2012 March 12, 2012 July 01, 2012
Abstract:

In order to obtain an accurately converged solution in a minimal amount of time, the porous medium model is used to replace a complicated 3D model to analyze flow field of gas duct, the results show that the height of discharge region, the expansion angle and the width of discharge region could affect the flow in the gas duct of CO2 laser with pin-to-plate discharge. As the appropriate selection, the height of discharge region is 43.5 mm and the expansion angle is 8-10 degree, also, the length of gas duct is slightly larger (20-30 mm) than the width of the anode plate. The flow of the discharge region and stress on the cathode pin are influenced by arrangement of cathode pin, it concludes that the clutter arrangement is much better than the regular arrangement.
Abstract PDF HTML
  Cite this Reference:
Jiang Fan and He Hua, 2012. Optimization Analysis of Discharged Gas Flow Duct in Gas Laser.  Research Journal of Applied Sciences, Engineering and Technology, 4(13): 1940-1948.
    Advertise with us
 
ISSN (Online):  2040-7467
ISSN (Print):   2040-7459
Submit Manuscript
   Current Information
   Sales & Services
   Contact Information
  Executive Managing Editor
  Email: admin@maxwellsci.com
  Publishing Editor
  Email: support@maxwellsci.com
  Account Manager
  Email: faisalm@maxwellsci.com
  Journal Editor
  Email: admin@maxwellsci.com
  Press Department
  Email: press@maxwellsci.com
Home  |  Contact us  |  About us  |  Privacy Policy
Copyright © 2009. MAXWELL Science Publication, a division of MAXWELLl Scientific Organization. All rights reserved