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TEM samples were concentrated and in the case of CTAB the surfactant concentration was set to 1 mM.
The ladder concentration was set to 15 pg µL−1 (panel (G)).
Fe(II) concentration was constant at 0.03 M while the H2O2 concentration was set at three levels: 0.05, 0.15 and 0.25 M.
The future meteorological forcing was projected from 12 GCMs representing a period centred on 2050s and future CO2 concentration was set as 550 ppm.
The catalytic effect on graphitization for the DCL was most effective when the Ti concentration was set at 7.5 wt.% in raw materials.
By contrast, the placement of more columns in zone I became the pattern of optimal column configuration when the target level of the extract product concentration was set higher.
In this case, an acceptable current efficiency and energy consumption were obtained on the basis of the conventional membranes and spacers when the product concentration was set as 0.9 M, which is adequate for the regeneration of ion-exchange resins.
As the target level of the raffinate product concentration was set higher, the optimal column configuration leading to the maximum throughput showed the pattern of placing more columns in zone IV.
Permethrin concentration was set at 100.0 μM.
The final RNA concentration was set to 500 ng/µl.
Potassium concentration was set at 3 mmol/L, except in the case of severe hyperkalaemia.
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