The coverage θ = 1 − 2 ML with droplet material is adjusted by the deposition time.
The Kv of the streambed material was adjusted within the 1 100 m/day range during several model simulations to determine a final value to assign to the model's stream sections, and ultimately a value of 30 m/day was determined to be an adequate representation of the streambed material.
It is shown that a good agreement with the predictions of the shell model in terms of the cumulative damage volume is obtained if the strength values of the composite material are adjusted upwards in a uniform manner by about 10%.
The draft was reviewed in regard to its cultural suitability and the information material was adjusted to meet quality criterions.
For very thick roots, the amount of root material was adjusted accordingly to avoid overloading the DNA extraction column.
The WIS concentration of the SPWS 1 material was adjusted to 7.5% and hydrolysis was carried out at 40°C, pH 4.8 for 120 h, at 850 rpm.
The thickness of the composite material is adjusted by spacers to about 2 mm, which equals the thickness mainly recommended for dental restoration.
Eluted material was adjusted to 20 mM Hepes-NaOH (pH 7.4), 100 mM NaCl, and 1% (w/v) Triton X-100 using Bio-Gel P6 spin columns.
The chlorophyll concentration in the soluble material was adjusted to the desired concentration (typically 3 mg/ml) using the above buffer, and dispensed in 4 µl drops into 24-well, sitting drop crystallization plates.
Based on the in vitro analysis, materials were adjusted towards the suitable surfaces dedicated for direct blood contact.
