It was the first technique by which individual atoms could be spatially resolved.

Since this molecular material can be spatially resolved, it is possible to constrain the heating/ionizing sources, temperatures, masses, and sizes of the regions.

The detector array signals supply data pertaining to spectral content, in particular, spatially resolved source points inside source area.

Simultaneously, the system provides spectral information about the source area and its line of spatially resolved points.

By using modulation techniques, a constant current topograph and the spatially resolved can be acquired simultaneously.

A digicon detector is a spatially resolved light detector using the photoelectric effect directly.

Spatially resolved instruments are typically automated microscopes, and temporal resolution still requires some form of fluorescence measurement in most cases.

By controlling the temperature of the heated tip and/or the sample a form of spatially resolved thermal analysis can be carried out.

Furthermore, it has the capability to perform spatially resolved spectroscopy with high spectral resolution.

After a great many earthquakes, differences in material properties (like temperature and density) can be spatially resolved.