OUTPUT OF LASER BEAM IS STRONGLY DEPENDENT ON ELECTRON TEMPERATURE IN THE DISCHARGE TUBE
1V.K. Jadhao, 2A.P.Pachkawade
1B.B.Arts,N.B.Commerce and B.P.Science College, Digras
2Rajarshee Shahu Science College, Chandur Rly Dist. Amravati
email address: vkjadhao967@gmail.com
Abstract:- We have investigation the radial profile at different time during the formation of the laser pulse. It is found that the radial profile of spectral emission is not same at all the times during the formation of the laser pulse. The radial profile go on changing the shape as a function of time. In some case the electron temperature is relatively low, the radial profile are almost Gaussian at all the times, however the peak height goes on changing.
For the explanation of the radial and temporal profiles concept of fractional abundance is very much essential. It can be noted that the intensity of the output laser beam is strongly dependent on electron temperature in the discharge tube. The temporal distribution of the laser output at 20,21and 22 KV are identical to those obtained for 2,4and 10eV the initial electron temperature at the axis respectively.
Keywords:- Copper Vapour Laser, inversion density, dimensions, laser radiation, of the laser plasma.
DOI link – https://doi.org/10.69758/GIMRJ/2504I5VXIIIP0093
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