Russia

The Federal Joint Research Center "Material Science and Characterization in Advanced Technology”

Equipment

Probe Microscopy
Complex for local surface analysis using scanning probe microscopy

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Integration of atomic force microscopy (AFM) techniques with Raman spectroscopy techniques. The system is designed for research in an inert atmosphere with nanometer resolution and provides comprehensive data on multiple surface properties of the sample, such as: topography, magnetization, electric potential and work function, friction force, piezoresponse, elasticity, capacitance, leakage current, and much more.

Analyzers
Powder X-ray diffractometer

D2 Phaser

Powder X-ray diffractometry, X-ray phase analysis

Manufacturer:
Bruker

Technological equipment
Spherical tokamak

Globus-M

A next-generation spherical tokamak designed to study physical processes in spherical plasma configurations and to develop engineering solutions for megaampere-range spherical tokamaks.

Electron Microscopy
A system for local analysis of structure, atomic composition, and bonding using transmission electron microscopy (TEM)

JEM-2100F

Local analysis of structure, atomic composition, and bonding using high-resolution transmission electron microscopy (HRTEM) and microanalysis.

Manufacturer:
JEOL

Analyzers
High-resolution X-ray diffractometer with rotating anode

D8 Discover

High-resolution X-ray diffractometry

Manufacturer:
Bruker

Electron Microscopy
Electron beam lithography system based on a scanning electron microscope

JSM-7001F

Designed for electron beam lithography and high-resolution scanning electron microscopy (SEM). Capabilities include microstructural analysis: texture analysis, crystallite orientation mapping, phase discrimination and crystalline phase distribution mapping, grain size and shape determination, boundary type analysis, and pole figure construction.

Manufacturer:
JEOL

Optical Microscopy
Stereomicroscope with digital imaging system

SMZ 745T

Optical microscopy with digital imaging

Manufacturer:
Nikon

Analyzers
Setup for investigating temperature-dependent electrophysical and optical parameters of solid-state nanoheterostructures

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Studies using deep-level transient spectroscopy (DLTS) and admittance spectroscopy across a broad temperature range

Technological equipment
Ion beam thinning system

Nanomill 1050

Sample preparation for transmission electron microscopy (TEM)

Manufacturer:
Fischione Instruments

Optical Microscopy
Stereoscopic microscope with digital imaging system

Eclipse L150

Optical microscopy with digital imaging

Manufacturer:
Nikon

Spectrometry
Secondary ion mass spectrometer (SIMS)

IMS-7f

For measuring the mass of secondary ions generated during layer-by-layer sputtering of the sample by a primary ion beam. The instrument is used for implantation dose monitoring, p-n junction depth profiling, process development, and depth-resolved elemental analysis in materials science, microelectronics, semiconductor technology, geology, biology, medicine, and metallurgy.

Manufacturer:
Cameca

Technological equipment
Specialized high-vacuum setup for investigating low-dose ion modification of tungsten

STE IBS

Designed for studying low-dose and low-energy ion modification of tungsten near-surface layers

Spectrometry
Fourier-transform infrared spectrometer (FTIR spectrometer)

FT-801

Molecular composition analysis, substance concentration measurement, sample quality control, and investigation of chemical reaction kinetics.

Manufacturer:
Simex

Year: 2021