The quantitative analysis of chemical compositions of various steam pretreated lignocellulosic substrates after Klason procedure were performed by high performance anion exchange chromatography (Dionex DX-3000, Sunnyvale, CA) as described earlier [ 58].
Several analytical simulations using the proposed procedure were performed to assess the effect of stress-dependent permeability on well performance of both production and injection well.
Furthermore, procedural work involving teaching a trainee is often slower than if the same procedure were performed by a consultant working alone.
All steps of the analytical procedure were performed employing a microcontroller (PIC 18F4553).
Control experiments using the same extraction procedure were performed on beads that did not go through the thermalization process to verify that the radicals were not fortuitously scavenged along the extraction path.
The preparation of the starting sol gel solution and the layer deposition by a dip-coating procedure were performed in dry-box under nitrogen atmosphere.
In this study, an outdoor experiment and an experiment with vibration simulation using two wheelchairs (high-quality models of a new prototype wheelchair taken from two different stages of the iterative production procedure) were performed.
Furthermore, numerical simulations of the transient draining procedure were performed by using a one-dimensional thermo-hydraulic code to demonstrate complete emptying of the proposed parallel-layout cooling circuit without any reliance on conventional gravity draining.
Fixation of the frozen sections and the staining procedure were performed as described [21].
Both, chelator preparation and labeling procedure, were performed under strict exclusion of metals (plastic vessels and coated spatulas).
All steps, i.e., cell fixation by paraformaldehyde and ethanol, staining with 4′,6′diamidino-2-phenylindole (DAPI), the drying and washing procedure, were performed according to [46].
