The VSM results reveal that the as-grown 15-nm NWs have the higher magnetization approximately of the order of 4 as compared to the 100-nm ZnO NW array.
At 40 °C, the conductivity is found to depend on the δ-MgCl2 concentration and approximately on the order of 10−4 S cm−1.
The storage coefficient presents an order of one in a thousand and hydraulic conductivity is approximately at the order of 1 8 m/d and 0.4 0.9 m/d for aquifer and aquitard respectively.
In fact, the as-grown ultrathin NWs have higher magnetization, approximately of the order of 4 as compared to the thin ZnO NW array, though the observed magnetism in well-aligned ZnO NW arrays is unexpected, because neither Zn2+ nor O2− is magnetic.
It is generally agreed that the mobility of trace elements decreases approximately in the order of the extraction sequence, i.e., exchangeable>acidic>reducible>oxidizable> residual.[1, 3, 10] The exchangeable phase is weakly associated with the sediments and is the easiest to mobilize by increasing ionic strength of sediment pore water under natural conditions.
Besides, because that the power allocations for the two phases in our methods are only executed once, the complexity of our proposed suboptimal scheme is approximately on the order of 2 N times less than that of the exhaustive search-based optimal method.
The applications are listed approximately in the order of lowest to highest numbers of polymorphisms required.
This indeed represents a major challenge for conventional Raman measurements as the assumed sensitivity is considered to be approximately on the order of the diffraction limit.
Despite this, it was surprising that the number of phages found to be absorbed is approximately in the order of magnitude of the phages applied for the treatment, which indicates a very efficient reproduction of the phages.
However, the entrainment results of both models approximately scale with the order of magnitude of coupling parameters.
