148
2 Holographic Microscopy of Phase and Diffuse Objects …
Comparative results of muscle fiber interferograms processing are shown in
Fig. 2.42a, b. They were obtained in the absence of pressure and under hyperbary p
= 2.5 atm. The measured phase incursions relate to the same fiber section.
It is clear that the impact of gas hyperbary leads to changes in the profile symmetry
of the phase incursion that is connected with the influence of high pressure on the
Fig. 2.42 Profile of phase incursion ϕ, created by muscle fiber. The profile is measured on
interferograms, received at pressure P = 0 and P = 2.5 atm.; D-count on interferogram along
muscle fiber diameter (a, b). Reprinted from [136] with permission
2 Holographic Microscopy of Phase and Diffuse Objects …
Comparative results of muscle fiber interferograms processing are shown in
Fig. 2.42a, b. They were obtained in the absence of pressure and under hyperbary p
= 2.5 atm. The measured phase incursions relate to the same fiber section.
It is clear that the impact of gas hyperbary leads to changes in the profile symmetry
of the phase incursion that is connected with the influence of high pressure on the
Fig. 2.42 Profile of phase incursion ϕ, created by muscle fiber. The profile is measured on
interferograms, received at pressure P = 0 and P = 2.5 atm.; D-count on interferogram along
muscle fiber diameter (a, b). Reprinted from [136] with permission