Physicochemical properties of the growth media were evaluated at the beginning of the bioassays.
In a medium-throughput but academic setting, large volumes of media will be used, so only inexpensive, readily available, and easily prepared media were evaluated.
The fungal growth on the media was evaluated qualitatively based on observation of the diameter and density of growth around the inocula.
The selective cesium capacity of this inorganic ion exchange media was evaluated with simulated sodium bearing waste (SBW) and dissolved pilot plant calcine at the Idaho Nuclear Technology and Engineering Center INTECC).
Gel degradation in porous media was evaluated for single core tests and a simple scaling rule was applied to calculate productivity recovery during degradation.
CharacTheization with an AFminimum Nanoscrathicknessesnique suggests a more than two times increased resistivity against plastic deformation fullHcoverage cofpared themediatron sputtered CNx overcoats.
Once parameters like solvent volume (15 mL), soaking time (15 min) and shaking time (6 min) were optimized using ethyl acetate as an organic solvent, pH of the media was evaluated for quantitative extraction of the alkaloids.
The equilibrium solubilities of these salts, in different buffered media, were evaluated and both INH−MAL and INH−MES were found to be more soluble (∼3 fold) than INH.
PEG chains of different lengths were then attached to some of the remaining peripheral amines, and their respective ability to improve the solubility of the metallodendrimers in aqueous buffered media was evaluated.
