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Volume 26 - ICOP & ICPET 2020
ICOP & ICPET _ INPC _ ICOFS 2020, 26 - ICOP & ICPET 2020: 937-940 |
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Ajamgard N, Chehrghani A, Torkamani M, Ghorbanzade A, Sobhani M J, Koohian A et al . Emission spectroscopy of plasma plume induced in CW fiber laser cladding of St 410 powder on St 304 substrate. ICOP & ICPET _ INPC _ ICOFS 2020; 26 :937-940
URL: http://opsi.ir/article-1-2111-en.html
URL: http://opsi.ir/article-1-2111-en.html
Narges Ajamgard *1 
, Ali Chehrghani2 , Mohammadjavad Torkamani2 , Atamalek Ghorbanzade1 , Mohammad javad Sobhani2 , Ataallah Koohian1 , Seyed hasan Nabavi2
, Ali Chehrghani2 , Mohammadjavad Torkamani2 , Atamalek Ghorbanzade1 , Mohammad javad Sobhani2 , Ataallah Koohian1 , Seyed hasan Nabavi2
1- Physics Department, University of Tehran, North Kargar
2- Iranian National Center for Laser Science and Technology (INLC)
2- Iranian National Center for Laser Science and Technology (INLC)
Abstract: (1833 Views)
spectroscopic approach was used to study the effects of laser power on quality of clad layer produced with laser cladding. A CW fiber laser with a 3 KW maximum power (1080 nm) was used to produce clad with St 410 powder on St 304 substrate. The plasma plume electron temperature 
is computed from the Boltzman plot for five discrete Fe I lines at 382.782, 386.552, 393.029, 438.354 and 526.953 nm wavelength. We have found that the electron temperature decreases and dilution increases as the laser power is enhanced. Such a result could be useful to develop an online monitoring system of the dilution.
is computed from the Boltzman plot for five discrete Fe I lines at 382.782, 386.552, 393.029, 438.354 and 526.953 nm wavelength. We have found that the electron temperature decreases and dilution increases as the laser power is enhanced. Such a result could be useful to develop an online monitoring system of the dilution.
Keywords: CW fiber laser 3 KW, Electron temperature, Emission Spectroscopy, Laser cladding, Plasma Plume.
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