A steepest-descent gradient algorithm is developed to optimize the stepping of a 90Sr/90Y radiation source train (RST) for intravascular brachytherapy (IVB).
To establish the detection method, we can optimize the step of the method as the amount of the IMB probe, time of IMS, the amount of QD probe, the label time, etc. [15, 25].
The latter allows the modulation of the hydrophobic properties of the molecule to optimize the step of membrane protein extraction.
Dynamic microextraction techniques, where the sample is actively passed over the sorbent material or through a sorbent bed, are more complex and thus have even more parameters to optimize during the steps of the extraction and thermal desorption procedure, e.g., the volume and the corresponding flows that are applied during extraction and desorption [ 2– 4].
It is demonstrated, how it can be used to optimize the different steps of the control development.
A 25-μL aliquot of plasma supplied ∼1 mg of solid C. (17) In optimizing the reduction step of our previous method, 15) Ox-2 was used as the AMS standard rather than the ANU whose supply was limited.
This allowed us to optimize parameters and define the steps of the overall workflow, as well as allowing us to estimate a lower practical limit for the amount of material required with current technology.
Solid residues recovered after pretreatments were characterized by FTIR spectroscopy; this technique offers a useful and quick method to get information on the nature and the composition of both the starting biomass and the recovered solid residues, which can be used to optimize the pretreatment step in a perspective of global valorization of the matrix [ 53].
In addition, the SECM was applied to optimize the quality of all steps of this microfabrication process.
As shown for extracellular protease that was degraded in biosuspension [ 49] such a model can be useful to optimize the number of ISMS steps before the experiment is actually performed.
The main goal of this study is investigating the effects of surface treatment on the properties of nanoporous P25 electrodes in order to efficiently control and optimize the main fabrication step of the dye-sensitized solar cells (DSSCs).
