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Simulation of Light Interaction with Metallic Nanoparticles

机译:金属纳米粒子与光相互作用的模拟

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A high-precision 3D structuring of dielectrics by sub-1 ps pulses is possible by dielectric breakdown and opens an unique possibility to create a high temperature electrons inside material under processing. The 3D nano/micro-structuring by dielectric breakdown is numerically simulated by 3D finite-differences time domain (FDTD) calculations where the plasma is simulated by a nano- sphere of metal (gold). The effect of anisotropic light scattering in the plane of incident polarization has been qualitatively explained by light inteaction with ionized (metalic) focal volume. It is shown that the exp erimentaly achieved densification of materials after irradiation by tightly focused sub- 1 ps pulses is consistent with formation of new high-pressure phases.
机译:通过电介质击穿,可以以低于1 ps的脉冲对电介质进行高精度的3D结构化,这为在加工中的材料内部产生高温电子提供了独特的可能性。通过3D有限差分时域(FDTD)计算,对通过电介质击穿产生的3D纳米/微结构进行数值模拟,其中通过金属(金)纳米球模拟等离子体。定性地解释了具有离子化(金属)焦点体积的光相互作用对入射偏振平面中各向异性光散射的影响。结果表明,通过紧密聚焦的亚1 ps脉冲进行辐照后,实验实现的材料致密化与新高压相的形成相一致。

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