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It has been found that adsorption of HCOOH is an irreversible process.
It has been found that adsorption increased with time and attained maximum for all the concentrations.
It has been found that adsorption in silica surface takes place due to electrostatic interactions.
It has been found that adsorption increases with increase in pH.
It has been found that adsorption on silica surface takes place due to electrostatic and nonspecific interactions.
Similar(55)
It was found that adsorption is irreversible with respect to the solvent.
The same adsorption parameters were tested on all laboratory experiments and it was found that adsorption had insignificant effect on experiments with high pumping rates.
It was found that adsorption capacity of the MIPs towards the ILs decreased in the order MIP[C4mim][Cl] > MIP[C4mim][C4F7O2] ≥ MIP[C4mim][BF4] and MIP[C4mim][CH3SO3] > MIP[C4mim][C4F9SO3] > MIP[C4mim][PF6], which is in good agreement with the ability of anions of the ILs to form hydrogen bonds.
It is found that adsorption of Cu2+ cations mainly takes place at epoxy/hydroxyl groups on GO sheets at room temperature and the adsorbed Cu+ cations resulting from the Cu2+ reduction at solvothermal temperature act as the nucleation for the surface growth of CuInS2-QDs into three-dimensional aggregates on GO sheets that are simultaneously reduced into rGO sheets.
It was found that adsorption increases rapidly in the beginning and after that it remains constant.
It is found that adsorption have reached equilibrium after 15 min.
More suggestions(15)
been found that damage
been found that iron
been proposed that adsorption
been found that particle
been found that mode
been found that crosslinking
been shown that adsorption
been found that increase
been found that gelling
been found that pressure
been found that police
been reported that adsorption
been found that way
been observed that adsorption
been found that activation
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