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Method for formation of quasi-monochromatic divergent X-ray fluxes from laser-produced plasmas

机译:由激光产生的等离子体形成准单色发散x射线通量的方法

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摘要

Conditions and applicability limits of a new method for formation of quasi-monochromatic, with a large solid angle of divergence, linear X-ray fluxes from laser-produced plasmas are considered. The method is based on a special combination of laser target elements and K-absorption filters, when the spectra of [H]-and [He]-like ions are excited in laser-produced plasma and K-absorption filters select only the resonance lines of these ions from the linear spectrum. Experimental and theoretical studies have shown that, in the fluxes formed, the degree of monochromatisation lambda/Delta lambda may reach similar to 100 at the radiation contrast ratio of 5-10 and angular divergence of similar to pi sr.
机译:考虑到具有大发散角的准单色形成新方法的条件和适用范围,考虑了来自激光产生等离子体的线性X射线通量。该方法基于激光目标元素和K吸收滤光片的特殊组合,当在激光产生的等离子体中激发[H]和[He]类离子的光谱时,K吸收滤光片仅选择共振线这些离子来自线性光谱。实验和理论研究表明,在形成的通量中,在5-10的辐射对比度和类似pi sr的角发散度下,单色化lambda / Delta lambda的程度可能达到接近100的程度。

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