Attention is given to the results of optimization studies with a 16-micron CO2-N2-H2 GDL employing two-dimensional wedge nozzles. The optimum value of the achievable gain reaches 12.7 percent/cm on the P(15) line for a 30:50:20 percent respective apportionment of the aforementioned gases. The corresponding optimum values for reservoir pressure and area ratio are computed as functions of reservoir temperature, and presented graphically
The possibility of obtaining high-power 16-µm radiation from a conventional CO2 gasdynamic laser (GD...
Based on a method proposed by Reddy and Daum, the equations governing the steady inviscid nonreactin...
The influence of Lorentz and Doppler line-broadening mechanisms on the small-signal optical gain of ...
Attention is given to the results of optimization studies with a 16-micron CO2-N2-H2 GDL employing t...
In an earlier publication,1 we reported the theoretical gain optimiation studies of a 16-\mu m $CO_2...
An analytical method has been proposed to optimise the small-signaloptical gain of CO2-N2 gasdynamic...
A review with 18 refs. A comprehensive theoretical analysis of optimization of gain in $CO_2-N_2$ g...
A review with 18 refs. A comprehensive theoretical analysis of optimization of gain in $CO_2-N_2$ g...
Based on a method proposed by Reddy and Shanmugasundaram, similar solutions have been obtained for t...
Based on a method proposed by Reddy and Shanmugasundaram, similar solutions have been obtained for t...
Based on a method presented in detail in a previous work by the authors, similar solutions have been...
Based on a method proposed by Reddy and Shanmugasundaram, similar solutions have been obtained for t...
Based on a method proposed by Reddy and Shanmugasundaram, similar solutions have been obtained for t...
Based on a method presented in detail in a previous work by the authors, similar solutions have been...
Numerical solutions for CO2-N2 gasdynamic laser gain and maximum available power are used to examine...
The possibility of obtaining high-power 16-µm radiation from a conventional CO2 gasdynamic laser (GD...
Based on a method proposed by Reddy and Daum, the equations governing the steady inviscid nonreactin...
The influence of Lorentz and Doppler line-broadening mechanisms on the small-signal optical gain of ...
Attention is given to the results of optimization studies with a 16-micron CO2-N2-H2 GDL employing t...
In an earlier publication,1 we reported the theoretical gain optimiation studies of a 16-\mu m $CO_2...
An analytical method has been proposed to optimise the small-signaloptical gain of CO2-N2 gasdynamic...
A review with 18 refs. A comprehensive theoretical analysis of optimization of gain in $CO_2-N_2$ g...
A review with 18 refs. A comprehensive theoretical analysis of optimization of gain in $CO_2-N_2$ g...
Based on a method proposed by Reddy and Shanmugasundaram, similar solutions have been obtained for t...
Based on a method proposed by Reddy and Shanmugasundaram, similar solutions have been obtained for t...
Based on a method presented in detail in a previous work by the authors, similar solutions have been...
Based on a method proposed by Reddy and Shanmugasundaram, similar solutions have been obtained for t...
Based on a method proposed by Reddy and Shanmugasundaram, similar solutions have been obtained for t...
Based on a method presented in detail in a previous work by the authors, similar solutions have been...
Numerical solutions for CO2-N2 gasdynamic laser gain and maximum available power are used to examine...
The possibility of obtaining high-power 16-µm radiation from a conventional CO2 gasdynamic laser (GD...
Based on a method proposed by Reddy and Daum, the equations governing the steady inviscid nonreactin...
The influence of Lorentz and Doppler line-broadening mechanisms on the small-signal optical gain of ...