Research highlights

Charged surface atoms evaporate from a field emitter exposed to a high electric field. For details, see F. Djurabekova et al. 2011, link below.


Growth of surface protrusion under the influence of a high electric field. For details, see A. S. Pohjonen et al. 2013, link below.


Defect model for explaining the breakdown field dependence on accelerating gradient. For details, see K. Nordlund and F. Djurabekova 2012, link below. 

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Comparison of experimentally measured (top row) and simulated crater shapes (bottom row).

Comparison of experimentally measured (top row) and simulated crater shapes (bottom row). For details see H. Timko et al. 2010, link below. [tplinks key="Timk10a"]

 

Dynamics of a surface tip evolution under a sufficiently high electric field.

Dynamics of a surface tip evolution under a sufficiently high electric field.

 

Dynamic evolution of surface under an electric field.

For details see F. Djurabekova et a. 2011, link below.