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Atomic Force Microscope

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afmIt provides high resolution, three-dimensional imaging of the surface with the help of a needle tip sharpened down to atomic dimensions. Imaging is performed as a result of examining the interaction of the needle tip with the surface. Different needle tips are used for different purposes. Atomic force microscope can be used with three different techniques. These; The contact method in which the needle is applied by touching the surface, the non-contact method where the needle does not touch the surface, and the hitting method in which the needle is applied by striking the surface. In addition to visualizing the sample surfaces, phase, electrical conductivity and magnetic differences can also be detected.

Instrument: Veeco MultiMode V

Specifications

Model Scanning Area Vertical Analysis Area
AS-12 ("E") 10µm x 10µm 2,5µm
AS-130 ("J") 125µm x 125µm 5,0µm

Sample Requirements

Specimens should be placed within a maximum diameter of 15 millimeters. The surface to be examined must be parallel to the mounting surface and smaller than 8 millimeters.The thickness of the sample must be equal in all directions and less than 1.5 mm.

Applications

Surface investigations of thin-film coatings.

Surface investigations of organic and inorganic materials.

Surface examinations can be made on the subjects of surface smoothness, phase differences, electrical conductivity differences and magnetic field direction differences.

R&D Training and Measurement Center

Electrical, Magnetic and Optical Properties Measurement Laboratory(EMOL)

Atomic Force Microscope
Barkhausen-Noise Analysis System
Color Spectrophotometer
Digital Multimeters
Electrical and Magnetic Properties Measurement System
Impedance Analyzer
Nanovolt, Micro-Ohm Meter
Oscilloscope
Quasistatic C-V Meter
Refractometer
Semiconductor Characterization Device


Laboratories

R&D Training and Measurement Center

Electrical, Magnetic and Optical Properties Measurement Laboratory(EMOL)

Atomic Force Microscope
Barkhausen-Noise Analysis System
Color Spectrophotometer
Digital Multimeters
Electrical and Magnetic Properties Measurement System
Impedance Analyzer
Nanovolt, Micro-Ohm Meter
Oscilloscope
Quasistatic C-V Meter
Refractometer
Semiconductor Characterization Device


Laboratories

Share
Tweet
  • English
  • Türkçe
Listen

afmIt provides high resolution, three-dimensional imaging of the surface with the help of a needle tip sharpened down to atomic dimensions. Imaging is performed as a result of examining the interaction of the needle tip with the surface. Different needle tips are used for different purposes. Atomic force microscope can be used with three different techniques. These; The contact method in which the needle is applied by touching the surface, the non-contact method where the needle does not touch the surface, and the hitting method in which the needle is applied by striking the surface. In addition to visualizing the sample surfaces, phase, electrical conductivity and magnetic differences can also be detected.

Instrument: Veeco MultiMode V

Specifications

Model Scanning Area Vertical Analysis Area
AS-12 ("E") 10µm x 10µm 2,5µm
AS-130 ("J") 125µm x 125µm 5,0µm

Sample Requirements

Specimens should be placed within a maximum diameter of 15 millimeters. The surface to be examined must be parallel to the mounting surface and smaller than 8 millimeters.The thickness of the sample must be equal in all directions and less than 1.5 mm.

Applications

Surface investigations of thin-film coatings.

Surface investigations of organic and inorganic materials.

Surface examinations can be made on the subjects of surface smoothness, phase differences, electrical conductivity differences and magnetic field direction differences.

Merkezi Laboratuvar ARGE Eğitim Ölçme Merkezi Üniversiteler Mahallesi, Dumlupınar Bulvarı No:1, 06800 Çankaya/Ankara © ORTA DOĞU TEKNİK ÜNİVERSİTESİ ANKARA KAMPUSU