In this paper, the enhanced continuum x-ray emission from nano-targets irradiated by long laser pulses is investigated numerically. The calculations are performed under different prepulse conditions, and the x-ray emissions from solid and nano-structured target are compared. The results show that x-ray yield can be enhanced significantly using a nano-layer with appropriate density. In addition, x-ray enhancement can be improved using a laser pre-pulse with appropriate intensity and delay time. The results also show that the enhancement can be reduced for prepulse intensities greater than the specific value (i. e. 1013 W/cm2). The effects of delay time between the main pulse and prepulse are also investigated.
Fazeli,R , Mahdieh,M , Nikbakht,M and Shirmahi,M . (2019). The effect of pre-pulse on x-ray emission from nano-structured target irradiated by high power pulsed laser. Iranian Journal of Physics Research, 10(3), 197-201.
MLA
Fazeli,R , , Mahdieh,M , , Nikbakht,M , and Shirmahi,M . "The effect of pre-pulse on x-ray emission from nano-structured target irradiated by high power pulsed laser", Iranian Journal of Physics Research, 10, 3, 2019, 197-201.
HARVARD
Fazeli R, Mahdieh M, Nikbakht M, Shirmahi M. (2019). 'The effect of pre-pulse on x-ray emission from nano-structured target irradiated by high power pulsed laser', Iranian Journal of Physics Research, 10(3), pp. 197-201.
CHICAGO
R Fazeli, M Mahdieh, M Nikbakht and M Shirmahi, "The effect of pre-pulse on x-ray emission from nano-structured target irradiated by high power pulsed laser," Iranian Journal of Physics Research, 10 3 (2019): 197-201,
VANCOUVER
Fazeli R, Mahdieh M, Nikbakht M, Shirmahi M. The effect of pre-pulse on x-ray emission from nano-structured target irradiated by high power pulsed laser. Iranian Journal of Physics Research. 2019;10(3):197-201 (In Persian).
