144
2 Holographic Microscopy of Phase and Diffuse Objects …
was not enough to form the interference pattern good for observation that is why a
narrow slot placed along the axis was used as a filter.
This technique can be applied to study optical characteristics of an isolated nerve
in the transmitted light aging in altering environment particularly under the impact
of high hydrostatic pressure.
Moreover, the possibility of hologram recording of the focused nerve image is of
the great interest (Fig. 2.39).
Fig. 2.39 Optical recording scheme of the focused image: 1—the laser; 2—the non-transmitting
mirror; 3—the beam splitter; 4, 5—the polaroids; 6, 7—the lenses; 8—the object; 9—the hologram.
The holographic image (a) and interferogram when rotating nerve of a frog. Reprinted from [136]
with permission
2 Holographic Microscopy of Phase and Diffuse Objects …
was not enough to form the interference pattern good for observation that is why a
narrow slot placed along the axis was used as a filter.
This technique can be applied to study optical characteristics of an isolated nerve
in the transmitted light aging in altering environment particularly under the impact
of high hydrostatic pressure.
Moreover, the possibility of hologram recording of the focused nerve image is of
the great interest (Fig. 2.39).
Fig. 2.39 Optical recording scheme of the focused image: 1—the laser; 2—the non-transmitting
mirror; 3—the beam splitter; 4, 5—the polaroids; 6, 7—the lenses; 8—the object; 9—the hologram.
The holographic image (a) and interferogram when rotating nerve of a frog. Reprinted from [136]
with permission