A five-state kinetic model has been used to obtain an analytical expression for the power output of an optically pumped molecular gas laser having a common pumped and upper lasing level. The theoretical estimates for the various operational parameters of an optically pumped NH3laser (like operating pressure range, optimum operating pressure, variation of these with NH3gain length, etc.) obtained from this model are in good quantitative agreement with experimental results
A theoretical analysis is made of the kinetics of inverted population of SO2 levels in a mixture con...
This work was supported by the National Science Foundation.Author Institution: Department of Chemist...
Author Institution: Department s of Physics and Electrical Engineering, Carnegie-Mellon UniversityWe...
A five-state kinetic model has been used to obtain an analytical expression for the power output of ...
Optically pumped molecular gas lasers based on vibrational-rotational transitions in the in...
The characteristics of an extremely efficient 12.8-µm NH3 laser utilizing a rather simple and versat...
A simple arrangement for optical pumping of gases by a TEA CO2 laser is described. Tested for NH3, e...
A computer simulation of the Er3+ 3-μm crystal laser considering the full rate-equation scheme up to...
A computer simulation of the Er3+ 3-μm crystal laser considering the full rate-equation scheme up to...
A three-level analytic model for optically pumped alkali metal vapor lasers is developed by consider...
A computer model has been developed to investigate the excitation and deexcitation mechanisms and to...
We present both an innovative theoretical model and an experimental validation of a molecular gas op...
A computer model has been developed to investigate the excitation and deexcitation mechanisms and to...
We present both an innovative theoretical model and an experimental validation of a molecular gas op...
Waveforms and population distributions have been calculated by a numerical model and compared with e...
A theoretical analysis is made of the kinetics of inverted population of SO2 levels in a mixture con...
This work was supported by the National Science Foundation.Author Institution: Department of Chemist...
Author Institution: Department s of Physics and Electrical Engineering, Carnegie-Mellon UniversityWe...
A five-state kinetic model has been used to obtain an analytical expression for the power output of ...
Optically pumped molecular gas lasers based on vibrational-rotational transitions in the in...
The characteristics of an extremely efficient 12.8-µm NH3 laser utilizing a rather simple and versat...
A simple arrangement for optical pumping of gases by a TEA CO2 laser is described. Tested for NH3, e...
A computer simulation of the Er3+ 3-μm crystal laser considering the full rate-equation scheme up to...
A computer simulation of the Er3+ 3-μm crystal laser considering the full rate-equation scheme up to...
A three-level analytic model for optically pumped alkali metal vapor lasers is developed by consider...
A computer model has been developed to investigate the excitation and deexcitation mechanisms and to...
We present both an innovative theoretical model and an experimental validation of a molecular gas op...
A computer model has been developed to investigate the excitation and deexcitation mechanisms and to...
We present both an innovative theoretical model and an experimental validation of a molecular gas op...
Waveforms and population distributions have been calculated by a numerical model and compared with e...
A theoretical analysis is made of the kinetics of inverted population of SO2 levels in a mixture con...
This work was supported by the National Science Foundation.Author Institution: Department of Chemist...
Author Institution: Department s of Physics and Electrical Engineering, Carnegie-Mellon UniversityWe...