25 Obtaining of the Modified NH 4 NO 3 Granules with 3-D Nanoporous. . .
399
Fig. 25.3 Sample 2
The results, presented in Figs. 25.5, 25.6, 25.7, 25.8, and 25.9, led us to make the
following conclusions:
• Number of pores in the original sample depth is reduced.
• After humidification with all solution types, micropores are mostly formed on
the granule surface; however, their number depends on humidifier type.
• Humidification with water is reasonable to implement for the granule surface. In
this case, formed linear meso- and macropores enable free penetration of diesel
fuel distillate into the granule.
• Humidification with ammonium nitrate solution lets us receive a number of wavy
micropores in the near-surface layers of the granule. As a result, diesel fuel
distillate is kept in the granule and does not flow out during its transportation.
399
Fig. 25.3 Sample 2
The results, presented in Figs. 25.5, 25.6, 25.7, 25.8, and 25.9, led us to make the
following conclusions:
• Number of pores in the original sample depth is reduced.
• After humidification with all solution types, micropores are mostly formed on
the granule surface; however, their number depends on humidifier type.
• Humidification with water is reasonable to implement for the granule surface. In
this case, formed linear meso- and macropores enable free penetration of diesel
fuel distillate into the granule.
• Humidification with ammonium nitrate solution lets us receive a number of wavy
micropores in the near-surface layers of the granule. As a result, diesel fuel
distillate is kept in the granule and does not flow out during its transportation.