This paper highlights future developments in the field of in-situ transmission electron microscopy, as applied specifically to the issues of deformation in thin films and nanostructured materials. Emphasis is place on the forthcoming technical advances that will aid in extraction of improved quantitative experimental data using this technique
The idea of in situ transmission electron microscopy (TEM) and its possible ramifications were prop...
Measurement of localized strain states on the nanoscale is of a field of interest in materials scien...
Nanoscale deformation in the tribolayer of an Al–Mg alloy is studied using an in situ mechanical pro...
This paper highlights future developments in the field of in-situ transmission electron microscopy,...
This dissertation presents the development of the novel mechanical testing technique of in situ nan...
Using manipulation holders specially designed for transmission electron microscope (TEM), nanostruct...
Mechanical properties of widely applicable thin nanocrystalline films have been a sub- ject of inter...
International audienceIn situ transmission electron microscopy (TEM) is a really rich topic and is s...
cited By 22International audienceIn situ transmission electron microscopy (TEM) nanomechanical testi...
In situ deformation tests in T.E.M. are currently performed in our laboratory on different types of ...
Electronic devices are strongly influenced by their microstructures. In situ transmission electron m...
In-situ transmission electron microscopy is an established experimental technique that permits direc...
The operating conditions of functional materials usually involve varying stress fields, resulting in...
Modern methods of in situ transmission electron microscopy (TEM) allow one to not only manipulate wi...
A novel, in situ, high voltage electron microscopy technique for the direct observation of the micro...
The idea of in situ transmission electron microscopy (TEM) and its possible ramifications were prop...
Measurement of localized strain states on the nanoscale is of a field of interest in materials scien...
Nanoscale deformation in the tribolayer of an Al–Mg alloy is studied using an in situ mechanical pro...
This paper highlights future developments in the field of in-situ transmission electron microscopy,...
This dissertation presents the development of the novel mechanical testing technique of in situ nan...
Using manipulation holders specially designed for transmission electron microscope (TEM), nanostruct...
Mechanical properties of widely applicable thin nanocrystalline films have been a sub- ject of inter...
International audienceIn situ transmission electron microscopy (TEM) is a really rich topic and is s...
cited By 22International audienceIn situ transmission electron microscopy (TEM) nanomechanical testi...
In situ deformation tests in T.E.M. are currently performed in our laboratory on different types of ...
Electronic devices are strongly influenced by their microstructures. In situ transmission electron m...
In-situ transmission electron microscopy is an established experimental technique that permits direc...
The operating conditions of functional materials usually involve varying stress fields, resulting in...
Modern methods of in situ transmission electron microscopy (TEM) allow one to not only manipulate wi...
A novel, in situ, high voltage electron microscopy technique for the direct observation of the micro...
The idea of in situ transmission electron microscopy (TEM) and its possible ramifications were prop...
Measurement of localized strain states on the nanoscale is of a field of interest in materials scien...
Nanoscale deformation in the tribolayer of an Al–Mg alloy is studied using an in situ mechanical pro...