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Efficiency of 1.5 ― 4.5 keV x-ray production from laser plasmas

机译:激光等离子体产生1.5到4.5 keV X射线的效率

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摘要

Laser to X-ray conversion efficiencies in the 1.5―4.5 keV photon energy range from solid targets irradiated by 2 ps duration KrF laser pulses of wavelength 248 nm and irradiance up to 2 x 10~(16) Wm~(-2) have been measured. Unusually, a CCD camera working in single photon counting mode has been used to record the emitted spectra with moderate (λ/Δλ=50) spectral resolution. Efficiencies in converting laser energy to X-ray emission into 2π steradian are in the range 10~(-3) to 10~(-6) respectively for photon energies from 1.5 to 4.5 keV.
机译:从固体靶标以1.5 keV到4.5 keV的激光到X射线的转换效率是由2 ps持续时间的KrF波长为248 nm的KrF激光脉冲辐照的,辐照度高达2 x 10〜(16)Wm〜(-2)测量。通常,以单光子计数模式工作的CCD摄像机已被用来记录具有中等(λ/Δλ= 50)光谱分辨率的发射光谱。对于1.5至4.5 keV的光子能量,将激光能量从X射线发射转换为2πSteradian的效率分别在10〜(-3)至10〜(-6)的范围内。

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