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Influence of excited molecules diffusion on energy performances of industrial CW CO2 lasers

机译:激发分子扩散对工业连续波CO2激光器能量性能的影响

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Abstract: A quantitative investigation of the excited CO$-2$/ molecules diffusion display in industrial lasers was done. It is shown that in the diffusively cooled lasers diffusion results in an additional gain on the tube axis which depends on the gas mixture contents and pressure, beam sizes, and energy input. It was found that in the fast transverse flow lasers the influence of turbulent diffusion was significantly smaller than the convective bringing the excited particles in the laser beam region. !11
机译:摘要:对工业激光器中激发的CO $ -2 $ /分子扩散显示进行了定量研究。结果表明,在扩散冷却的激光器中,扩散会在管轴上产生额外的增益,这取决于混合气体的含量和压力,光束大小和能量输入。已经发现,在快速横向流激光器中,湍流扩散的影响明显小于将激发粒子带入激光束区域的对流。 !11

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