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For all the specimens, the mass loss increased linearly with the immersion time.
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Results showed that no significant spalling occurred in any of the specimens and the mass loss during heating was between 2.70 and 4.65% respectively which was attributed due to moisture loss.
The entire genital tract and specimens of the mass and other abdominal and thoracic organs were fixed in 10%% neutral phosphate-buffered formalin, sectioned, processed, embedded in paraffin, and stained with hematoxylin-eosin for histopathological examination.
In our present case, we could get the biopsy specimen from the mass because it had an ulcerated surface.
Microscopic examination of a biopsy specimen from the mass revealed the prolapsed fimbrial end of a fallopian tube.
Pathologic evaluation of the resected specimen showed that the mass was a large abscess containing encapsulated yeast.
Examination of the resected specimen showed that the mass had invaded the testicular tissue but not the tissues surrounding the testis.
It also shows that the increase of fiber content decreased the speed of surface spalling of the specimens as well as the mass change.
Visual inspection of the specimens, mass measurements and compressive strength tests took place for 24 months.
The heartwood blocks were assigned to natural durability classes (Table 2), on the basis of their x value, calculated using the equation: x value = average mass loss of the test specimens average mass loss of the reference specimens (1).
The uniaxial compressive strength and specimen density decrease as the mass percent of coal and aggregate binder ratio rise.
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CEO of Professional Science Editing for Scientists @ prosciediting.com