Beyond biology, what structural element relevant to physical properties can electron microscopy reveal in materials science?
Answer
The arrangement of crystal lattices and defects in metals.
In materials science, electron microscopy is crucial for visualizing the arrangement of crystal lattices and identifying imperfections or defects in metals, as these features directly influence mechanical and electrical properties.
Related Questions
What fundamental physical limitation do electron microscopes bypass that constrains traditional light microscopes?What is the direct physical reason for the superior resolving power of an electron microscope compared to a light microscope?What is the typical maximum magnification limit for conventional light microscopes?What specific cellular components can electron microscopes visualize in extraordinary detail?What preparation step is typically necessary for biological samples in most electron microscopy, limiting observation of living processes?What is the primary function and resulting image characteristic of Scanning Electron Microscopy (SEM)?How is an image generated using Transmission Electron Microscopy (TEM)?In a TEM image, what causes specific areas of the sample cross-section to appear darker?Beyond biology, what structural element relevant to physical properties can electron microscopy reveal in materials science?What functional information about a material can be mapped simultaneously with structure using techniques like Cathodoluminescence Spectroscopy (CL)?