Best results were achieved if ionic liquids with [PF6]- and [NTF]-anions were applied, whereas [FAP]-ILs showed minor qualification, e.g., the use of [HMPL][NTF] as second liquid phase for asymmetric synthesis of (R -2-octanol R -2-octanola space–time-yield of 180 g L−1 d−1, a chemical yield of 95% and an enantiomeR -2-octanolf 99.7% in a simple batch presulted
A simple batch reactor was first designed and constructed to examine applicability of thermal chemical destruction of PCBs.
Although the concept of achieving pH control through stoichiometrically-balanced ammonium and nitrate is shown to have validity, this cannot be implemented with a simple batch media formulation.
To be fair, that is probably more than can be said for my cooking, which typically consists of simple batches of rice and beans large enough to sustain a week of protein-rich lunches.
Experimentally determined F partition coefficients between mantle minerals (olivine, pyroxenes, and garnet) and anhydrous silicate melts (Beyer et al. [2012]; Dalou et al. [2012]) allow the calculation of F content in melts produced by simple batch melting of an anhydrous lherzolite (with F =16 ppm, Saal et al. [2002]).
Therefore, in this study, we further explored this observation and investigated changes in oxaloacetate production resulting from different concentrations of sodium chloride, incubation times, and culture temperatures in simple batch cultivations of the KM-1 strain under aerobic conditions.
In summary, we demonstrated the simple batch nanofabrication of monolithic suspended carbon nanostructures, including single nanowires and nanomeshes of scalable dimensions and user-defined designs depending on conditions in UV lithography and pyrolysis.
To confirm production of oxaloacetate, we examined the effects of increasing NaCl concentrations (0.3, 0.8, and 1.3 M) in simple batch cultivations of the KM-1 strain under aerobic conditions.
To increase PHB productivity, we examined the effects of increasing sodium nitrate concentrations (15.0, 20.0, 25.0, and 30.0 g/L) in simple batch cultivations of the KM-1 strain under aerobic conditions.
Next, we examined whether changes to the NaCl additive time-shift affected oxaloacetate productivity in simple batch cultivations of KM-1 cells under aerobic conditions.
