This paper presents the hydrogen absorption and desorption behaviour of compacts of sodium alanate material prepared under different levels of compaction pressure.
In order to study the core compaction of an authentic sodium-cooled fast reactor and the neutronic consequences of its modification, core flowering tests were performed in the PHENIX reactor within the context its 2009 end-of-life tests.
It's used to test the compaction of recently compacted roads.
Significant compaction is observed as the concentration of urea is decreased in both the presence and absence of sodium sulfate, as previously reported for a variety of proteins.
Mixture B also has a small fraction of sodium bentonites; these appear to be optimised to close an otherwise porous, sandy matrix following compaction, resulting in minimal heave and swelling pressure.
Besides, 0, 4 and 8% of sodium chloride were mixed with tap water, which were used for preparing specimens at 10% moisture content by compaction method.
It is a compound of sodium.
In order to investigate the effect of sodium chloride, three NaCl solution in tap water with 0, 4 and 8% (0, 40 and 80 g/L) NaCl were used for preparing specimen at 10% moisture content by wet compaction method.
Density of sodium alginate.
Fractional excretion of sodium.
