A site specific technique for cross-section transmission electron microscopy specimen preparation of difficult materials is presented. Focused ion beams are used to slice an electron transparent sliver of the specimen from a specific area of interest. Micromanipulation lift-out procedures are then used to transport the electron transparent specimen to a carbon coated copper grid for subsequent TEM analysis. The experimental procedures are described in detail and an example of the lift-out technique is presented
Argon ion milling is the conventional means by which mineral sections are thinned to electron transp...
Particles of Zn powder have been studied to show that high-quality scanning electron microscope (SEM...
Particles of Zn powder have been studied to show that high-quality scanning electron microscope (SEM...
A site specific technique for cross-section transmission electron microscopy specimen preparation of...
A focused ion beam system was used to prepare site specific transmission electron microscopy plan vi...
The use of focused ion beam (FIB) milling for the preparation of transmission electron microscopy (T...
The use of focused ion beam (FIB) milling for the preparation of transmission electron microscopy (T...
A site-specific technique for cross-section transmission electron microscopy specimen preparation of...
A site-specific technique for cross-section transmission electron microscopy specimen preparation of...
A site-specific technique for cross-section transmission electron microscopy specimen preparation of...
The Transmission Electron Microscopy (TEM) increasingly is used to characterise the structure and mo...
Micrometer sized particles have been studied to show that a high-quality transmission electron micro...
Micrometer sized particles have been studied to show that a high-quality transmission electron micro...
The focused ion beam (FIB) lift-out technique has been modified to allow the preparation thin specim...
A procedure based on focused ion beam milling and in situ lift-out is introduced for the preparation...
Argon ion milling is the conventional means by which mineral sections are thinned to electron transp...
Particles of Zn powder have been studied to show that high-quality scanning electron microscope (SEM...
Particles of Zn powder have been studied to show that high-quality scanning electron microscope (SEM...
A site specific technique for cross-section transmission electron microscopy specimen preparation of...
A focused ion beam system was used to prepare site specific transmission electron microscopy plan vi...
The use of focused ion beam (FIB) milling for the preparation of transmission electron microscopy (T...
The use of focused ion beam (FIB) milling for the preparation of transmission electron microscopy (T...
A site-specific technique for cross-section transmission electron microscopy specimen preparation of...
A site-specific technique for cross-section transmission electron microscopy specimen preparation of...
A site-specific technique for cross-section transmission electron microscopy specimen preparation of...
The Transmission Electron Microscopy (TEM) increasingly is used to characterise the structure and mo...
Micrometer sized particles have been studied to show that a high-quality transmission electron micro...
Micrometer sized particles have been studied to show that a high-quality transmission electron micro...
The focused ion beam (FIB) lift-out technique has been modified to allow the preparation thin specim...
A procedure based on focused ion beam milling and in situ lift-out is introduced for the preparation...
Argon ion milling is the conventional means by which mineral sections are thinned to electron transp...
Particles of Zn powder have been studied to show that high-quality scanning electron microscope (SEM...
Particles of Zn powder have been studied to show that high-quality scanning electron microscope (SEM...