Matching emission centers of electrons and photons in current-carrying silver nanoparticle films

Nepijko S. A.; Chernov S. V; Cheshko I. V; Shabelnyk Yu M.; Protsenko I. Yu; Schoenhense G.

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Matching emission centers of electrons and photons in current-carrying silver nanoparticle films

机译：载流银纳米粒子膜中的电子和光子的匹配匹配中心

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Current flow through a nanoparticle film (two-dimensional ensemble of small tunnel-coupled metal particles on a dielectric substrate) is accompanied by electron and photon emission. It has a localized character (originates from emission centers). With an increase in applied voltage, the number of emission centers increases, and with further increase, some of them may burn out. In dark conditions, photon emission centers are visible with a bare eye. To visualize electron emission centers, emission electron microscopy is used. The conducted measurements allow comparison of the number and relative positions of electron and photon emission centers. It is shown that electrons and photons are emitted from the same centers. (C) 2019 Optical Society of America

机译：电流通过纳米颗粒膜（电介质基板上的小型隧道耦合金属颗粒的二维集合）伴随着电子和光子发射。它具有局部特征（源自排放中心）。随着施加电压的增加，排放中心的数量增加，随着其中一些人可能会烧坏。在黑暗条件下，光子发射中心裸眼可见。为了可视化电子发射中心，使用发射电子显微镜。进行的测量允许比较电子和光子发射中心的数量和相对位置。结果表明，电子和光子从相同的中心发射。（c）2019年光学学会

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《Applied optics》 |2019年第9期|共3页
作者
Nepijko S. A.; Chernov S. V; Cheshko I. V; Shabelnyk Yu M.; Protsenko I. Yu; Schoenhense G.;
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Johannes Gutenberg Univ Mainz Inst Phys 7 Staudingerweg D-55128 Mainz Germany;

Johannes Gutenberg Univ Mainz Inst Phys 7 Staudingerweg D-55128 Mainz Germany;

Sumy State Univ 2 Rymskogo Korsakova St UA-40007 Sumy Ukraine;

Sumy State Univ 2 Rymskogo Korsakova St UA-40007 Sumy Ukraine;

Sumy State Univ 2 Rymskogo Korsakova St UA-40007 Sumy Ukraine;

Johannes Gutenberg Univ Mainz Inst Phys 7 Staudingerweg D-55128 Mainz Germany;

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Matching emission centers of electrons and photons in current-carrying silver nanoparticle films

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