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Considering that approximately 75%% of the precipitate was included in this dense precipitation zone, we estimated that the porosity in this area was ≥0.28 ± 0.03.
From the volume of precipitated celestite and the initial porosity, we were able to estimate the minimum porosity reached in the 350 µm thick dense precipitation zone.
The pore space in the precipitation zone remained fully connected using a 6 µm µ-CT spatial resolution with 25%% porosity reduction in the approx. 0.35 mm thick dense precipitation zone.
The precipitation front was symmetrical and consisted of two distinct components: a dense precipitation disk about 0.35 mm thick surrounded on both sides by a homogeneously disperse precipitation zone about 3 mm wide.
Following the formation of a white, dense precipitation the sample was centrifuged for 1 min at 12000 rpm and the supernatant removed to a new tube.
Similar(55)
Further in the 3 and 6 weeks treatments electron dense precipitations were found in parts of the cell wall (Fig. 4C.2 and E.1).
After Cr treatment in Allium cepa electron dense precipitations lining the inner side of the cell wall were observed and Cr was detected via EELS, indicating a local elimination of metal from the cytoplasm.
Chromium was only detected after 3 weeks of 10 μM Cr VI treatment in electron dense precipitations found in bag-like structures along the inner side of the cell walls together with iron and elevated levels of oxygen, pointing toward an accumulation respectively extrusion of chromium in form of an iron oxygen compound.
(J) Electron-dense precipitation is observed in subsurface cisterns, but not in the plasma membrane (PM).
(H and I) Electron-dense precipitation can be observed in ER associated with mitochondria (i.e., mitochondria-associated membrane) (red arrows).
A dense layer of precipitation membrane can be generated on the concrete surface when the Ca-Al-Fe deicing salt adsorbed chloride ion.
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