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The interaction of high-intensity, picosecond, 1.06 μm laser pulses at peak intensity up to 4⋅1017 W/cm2 with solid metal targets is studied by measurements of the absorption and fast particle… Continue Reading
We present performance of PROGRESS Nd:glass laser facility which consists of a six beam PROGRESS-M phosphate Nd:glass laser, 30 TW PROGRESS-P picosecond YLF:Nd glass laser, which uses chirped pulse… Continue Reading
A Nd:YLF/Nd:glass laser facility with chirped-pulse amplification capable of generating pulses with a duration of 1.5 ps and a power up to 30 TW at the wavelength of 1053 nm was investigated. The… Continue Reading
It was found that when laser radiation is focused into a spot having a size of the order of several wavelengths a strong dependence is observed of the threshold power required for the breakdown of… Continue Reading
Laser plasma produced with high-intensity picosecond laser pulse like proton source for radiography was investigated. It was found that maximum particle output and best possible spatial uniformity of… Continue Reading