This Perspective summarizes the recent advances and perspective in three-dimensional
(3D) imaging techniques and their applications to polymer nanostructures, eg, microphase …

This feature article summarizes recent advances in an emerging three-dimensional (3D)
imaging technique, transmission electron microtomography (TEMT), and its applications to …

Transmission electron microtomography (TEMT) has proven to be useful for investigating
three-dimensional (3D) nanostructures in polymeric systems. However, the conventional …

Transmission electron microscopy (TEM) of polymers involves the problem definition and
methodologies associated with the microscopy of both inorganic and biological materials but …

Recent advances in instrumentation for transmission electron microscopy have pushed the
resolution limit, leading to remarkable instruments capable of imaging at 0.5 Å. But, when …

Blending polymers is important because the properties of plastic materials can be tailored to
meet various demands, which is not possible with a single polymer. Phase separation …

Despite sufficient spatial resolution and routine operation, traditional electron microscopy
(SEM and TEM) of polymer blend morphologies is limited to two dimensions (2D) and often …

High-resolution imaging of ordered polymers is described both theoretically and
experimentally. The relationship between the actual three-dimensional specimen structure …

Tomography using a scanning transmission electron microscope (STEM) offers intriguing
possibilities for the three-dimensional imaging of micron-thick, biological specimens and …

A quadrangular prism specimen (a 'prism-shaped'section) was observed in three-dimension
(3-D) by transmission electron microtomography (TEMT) over as wide a tilt range as …