Uncharged hemispherical metal clusters are predicted to create a strong electrostatic field near their flat surface because quantum shell effects make the electron density ripple on a macroscopic scale.
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Extraordinary manifestation of near electrostatic field caused by macroscopic quantum shell effects in submicron hemispherical clusters
Uncharged hemispherical metal clusters are predicted to create a strong electrostatic field near their flat surface because quantum shell effects make the electron density ripple on a macroscopic scale.