Kuvaus

The wind in the sand induces different structures depending on its strength over the surface.
This fact does not allow to skip the similarities with the ion-induced nano-patterning effect in the
nano-scale. These similarities are higher at ultra-low energy, where the sputtering is negligible and
this surface reorganization has been shown to occur. A new method is applied to test the formation
of ripples at different angles being in good agreement with experiments.
Alkuperäiskielienglanti
TilaValmisteltavana - 2020
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@techreport{e1be861c2b2b405187835767b372d567,
title = "Direct observation of ripples under different angles at low energy",
abstract = "The wind in the sand induces different structures depending on its strength over the surface.This fact does not allow to skip the similarities with the ion-induced nano-patterning effect in thenano-scale. These similarities are higher at ultra-low energy, where the sputtering is negligible andthis surface reorganization has been shown to occur. A new method is applied to test the formationof ripples at different angles being in good agreement with experiments.",
author = "{Lopez Cazalilla}, Alvaro and Flyura Djurabekova and Kai Nordlund",
year = "2020",
language = "English",
type = "WorkingPaper",

}

TY - UNPB

T1 - Direct observation of ripples under different angles at low energy

AU - Lopez Cazalilla, Alvaro

AU - Djurabekova, Flyura

AU - Nordlund, Kai

PY - 2020

Y1 - 2020

N2 - The wind in the sand induces different structures depending on its strength over the surface.This fact does not allow to skip the similarities with the ion-induced nano-patterning effect in thenano-scale. These similarities are higher at ultra-low energy, where the sputtering is negligible andthis surface reorganization has been shown to occur. A new method is applied to test the formationof ripples at different angles being in good agreement with experiments.

AB - The wind in the sand induces different structures depending on its strength over the surface.This fact does not allow to skip the similarities with the ion-induced nano-patterning effect in thenano-scale. These similarities are higher at ultra-low energy, where the sputtering is negligible andthis surface reorganization has been shown to occur. A new method is applied to test the formationof ripples at different angles being in good agreement with experiments.

M3 - Working paper

BT - Direct observation of ripples under different angles at low energy

ER -