High‐Intensity Laser Pulse Interaction With Solids of Variable Density

V. S. Belyaev,A. P. Matafonov,V. I. Vinogradov,S. G. Garanin,N. G. Borisenko,A. M. Chekmarev,N. N. Demchenko,A. I. Gromov,S. Yu. Gus’kov,A. M. Khalenkov,Yu. A. Merkul'ev,V. B. Rozanov,V. P. Andrianov,G. N. Ignat’ev,Yu. E. Markushkin,V. G. Pimenov

High‐Intensity Laser Pulse Interaction With Solids of Variable Density

2006

V. S. Belyaev
A. P. Matafonov
V. I. Vinogradov
S. G. Garanin
N. G. Borisenko
A. M. Chekmarev
N. N. Demchenko
A. I. Gromov
S. Yu. Gus’kov
A. M. Khalenkov
Yu. A. Merkul'ev
V. B. Rozanov
V. P. Andrianov
G. N. Ignat’ev
Yu. E. Markushkin
V. G. Pimenov

Experimental studies are presented on composition, density and structure influence onto the neutron yield resulting from deuterium‐containing target interaction with laser light of 1018 W/cm2. Experimental data is compared with theoretical and simulation results.

Keywords:

Neutron
Laser
Experimental data
Pulse (signal processing)
Materials science
Analytical chemistry
high intensity
laser light
Atomic physics
neutron yield
variable density
spatial pattern formation
Optics

Correction
Source
Cite
Save
Machine Reading By IdeaReader

References

Citations