Energy Transformation Properties and Mechanisms in Transverse Flow Discharged CO2 Lasers
Abstract
We simulated, calculated, and analyzed the effects on the various energy state transformation properties of dielectric media of such factors as dielectric media gas pressures, flow speeds, light cavity position, strength of radiation in the cavity, degree of output coupling, and other similar factors in transverse flow discharged CO2 laser devices. This article did concrete calculations of the corresponding energy transformation properties for the apparatus and the conditions in reference (transverse flow, discharge, CO2 laser device, dielectric medium constituent ratio of CO2:N2:H = 5:17:78, an initial temperature of 293K, a discharge current of 2A, E/N: 2.15X10-16 V/cm2, light cavity 160 cm2 long, height 1.8cm, as well as other parameters).
Document Details
- Document Type
- Technical Report
- Publication Date
- Dec 10, 1991
- Accession Number
- ADA246037
Entities
People
- Zhongxiang Wu
Organizations
- National Air and Space Intelligence Center