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8 Result(s)
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G K Mehta
Nanotechnology
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Book
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Chapter
Ion Beams for Materials Engineering—An Overview
Nuclear accelerators have provided revolutionary advances in several disciplines. Starting with the reputation of atom smashers which demonstrated that atoms are not indivisible they provided facilities to exp...
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Chapter
Ion Beam Analysis
The Ion Beam Analysis (IBA) techniques are powerful tools to investigate the composition of a material in a non-destructive way. Ion beams im**ing on a material induce several processes simultaneously which ...
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Chapter
SHI for Synthesis and Modifications of Nanostructured Materials
Nanostructured materials may be defined as those materials whose structural elements—clusters, crystallites or molecules—have dimensions in 1 to 100 nm range. Their importance for applications is due to remark...
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Chapter
Ion Matter Interaction
The ion beam applications, which involve either the modification of the properties of the material or its characterization, stem from the basic interactions of the ions with the target material. The basic phys...
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Chapter
Engineering of Materials by Swift Heavy Ion Beam Mixing
Ion beam mixing (IBM) is a phenomenon, at interface between two layers, in which the atoms of one layer mingle with the atoms of the other elements under the influence of ion beam traversal through them. When ...
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Chapter
Materials Engineering with Swift Heavy Ions
High energy heavy ions are proving to be important tools in the efforts to modify the properties of materials in a controlled fashion to provide possibility of making them functional for specific applications ...
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Article
X-ray Topography of Strain Fields Induced by 100 MeV Ti7+ Ion Irradiated Si(100)
The lattice deformation caused by 100 MeV Ti7+ ion irradiation in Si (100) has been studied using X-ray topographic techniques. An important finding is the appearance of a strain field perpendicular to the ion be...
