Force Microscopy Techniques and Applications

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• HANDE TOFFOLİ

When dielectric materials are brought into contact and then separated, they develop static electricity. For centuries, it has been assumed that such contact charging derives from the spatially homogeneous material properties (along the material's surface) and that within a given pair of materials, one charges uniforml…

• BİLGE BAYTEKİN

When dielectric materials are brought into contact and then separated, they develop static electricity. For centuries, it has been assumed that such contact charging derives from the spatially homogeneous material properties (along the material's surface) and that within a given pair of materials, one charges uniforml…

• HASAN TARIK BAYTEKİN

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• ALİ ATA

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• MEHMET SELİM HANAY

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• ALİ ATA

The Portevin-Le Chatelier (PLC) effect manifests itself as an unstable plastic flow during tensile tests of some dilute alloys under certain regimes of strain rate and temperature. The plastic strain becomes localized in the form of bands which move along a specimen gauge in various ways as the PLC effect occurs. Beca…

• AHMET YILMAZ

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• OSMAN UĞUR SEZERMAN

An expandable system has been developed to operate multiple probes for the atomic force microscope in parallel at high speeds. The combined improvements from parallelism and enhanced tip speed in this system represent an increase in throughput by over two orders of magnitude. A modular cantilever design has been repli…

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• AMIRHOUSHANG BAHRAMI

Proteins are highly flexible molecules. Prediction of molecular flexibility aids in the comprehension and prediction of protein function and in providing details of functional mechanisms. The ability to predict the locations, directions, and extent of molecular movements can assist in fitting atomic resolution structu…

• TÜRKAN HALİLOĞLU

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• SERDAR GÖKTEPE