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Measurements under the microscope were made at room temperature (~ 24°C).
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A successful X-ray microscope was made in 1951 by British physicists Ellis Coslett and William Nixon.
In-situ observation with a field emission-scanning electron microscope was made during the FIB processing.
The traditional simple microscope was made with a single magnifying lens, which was often of sufficient optical quality to allow the study of microscopical organisms including Hydra and protists.
Holography has been adapted to the conventional microscope, which is modified by the inclusion of a separate reference beam so that the light diffracted by the object in the microscope is made to interfere with the light from the reference beam.
In this way, the microscope is made available for other users.
The microscope is made by a custom head built around two metallic plates that divide the system in three levels.
Light-sheet fluorescence microscopes are making it possible to follow subcellular dynamics with unprecedented detail, but they are complex to build and maintain.
Scanning electron microscope and optical microscope observations were made to analyze the microstructure features of the nanocomposites.
Fixed material was examined with a compound light microscope (Olympus BX-41 or Zeiss AxioImager A1), and duplicate semi-permanent corn syrup microscope slides were made as vouchers.
Three microscope slides were made from each sample of microresidues from the 48 coprolites.
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