Field ion microscope - Wikipedia
WebField ion microscope image of the end of a sharp platinum needle. Each bright spot is a platinum atom. The field-ion microscope (FIM) was invented by Müller in 1951. It is a type of microscope that can be used to image the arrangement of atoms at …
Field Ion Microscopy - an overview | ScienceDirect Topics
WebField ion microscopy (FIM), invented by E.W. Müller in the early 1950s, can be viewed as the precursor of modern APT. Both are based on high electric fields. It has provided major contributions in surface science and physical metallurgy thanks to its atomic-scale resolution ( …
Basics of Field Ion Microscopy - ScienceDirect
WebJan 1, 2016 · Field ion microscopy (FIM) is one of the early steps leading to the development of atom probe tomography (APT). It shares with APT the necessity of an extremely intense electric field at the specimen surface, and most of the projection laws necessary to interpret collected data.
Role of Simulations and Experiments in Analytical Field Ion Microscopy ...
WebJul 22, 2023 · This new hybrid experimental technique can provide atomically and chemically resolved three-dimensional spatial information for metals and alloys. The aFIM technique combines the superior spatial resolution of the Field Ion Microscope (FIM) and the chemical discrimination capabilities of Atom Probe Tomography (APT).
Field Ion Microscopy - an overview | ScienceDirect Topics
WebField ion microscopy (FIM) and atom probe tomography (APT) are microscopy and microanalysis techniques based on field emission. These instruments allow us to produce 2D and 3D maps at the atomic scale. The FIM was …
Chapter 3 Field Ion Microscopy - Springer
Webaspect ratio of the apex of the needle. The applications of field ion microscopy have been reviewed recently [1]. 3.1 Imaging Procedure The experimental procedure to form a field ion image is described in this section. In addition, the multi-step process of image formation, magnification and spatial resolution of the field ion image are discussed.
Field Ion and Field Desorption Microscopy: Principles and Applications ...
WebThe chapter describes the principles of the field ion (FIM) and field desorption (FDM) microscopies and their applications for the nanoscale imaging of the solid surfaces and dynamic surface processes as well as probe-hole analysis of imaging species.
Field Ion Microscopy | SpringerLink
WebThe field ion microscope, invented by Müller [4.1] in 1951, was the first instrument to reveal surfaces on the atomic level. In the years since its invention, the field ion microscope and its derivatives have proved not only remarkably simple, but also...
Field Ion Microscopy, Historical and Recent Developments
WebTwo of the most important aspects of atomic resolution microscopy are imaging of sample atoms and chemical identification of specified atoms of the sample. Historically, field ion microscopy leads the way in both aspects.[1,2] The field ion microscope was invented by Erwin W. Müller in 1951.
Introduction (Chapter 1) - Atom-Probe Field Ion Microscopy
WebOct 30, 2009 · The field ion microscope (FIM) is the first microscope to have achieved atomic resolution. It is a surprisingly simple instrument (though the simplicity is somewhat deceptive), consisting of a sample in the form of a tip …
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