Technique of laboratory of crystal physics
Field emission microscopy:
- study of the structure on top with atomic resolution;
- study of the structure of lattice defects;
- determining the strength characteristics of the nanocrystals;
- volume (3D) engraving refractory materials;
- ion-microscopic analysis of radiation damage.
Field electron images of the molecular orbitals monatomic carbon chains |
The experimental and model field ion images of grain boundaries Σ11 in tungsten |
Mathematical modeling of static and dynamic of defects:
Mathematical modeling of static, dynamic of defects and picosize objects in the real and reciprocal spaces.
Ω-phase within boundary in tungsten |
|
An unraveling graphene |
High-field formation of surface structures:
The formation of micro- and nanotips by field evaporation for ion and electron sources with aim using for nanolithography and the tunnel scanning microscopes.
Formation in nitrogen |
Formation in water vapors |
