The height profile of the AFM image in Figure 1e is approximately 1 nm, which is consistent with the data reported in the literature, indicating the formation of a single-layered GO. Figure 1b,c,d depicts that the nanoscale GO pieces with different sizes were tailored utilizing three kinds of metal ions (Ag+, Ni2+, Co2+), respectively.
A new method of two-step surface pretreatment utilizing two kinds of solutions (KOH K3[Fe CN 6]:H2O and H2SO4:H2O2) to etch, respectively, the surface WC and Co in cemented carbide substrates was investigated.
For our aims, we utilized three kinds of bulk CZTSSe with tetragonal structure.
The results of the experiment, which utilizes three kinds of synthetic graphs, are described.
Chen et al. [10] utilized three kinds of co-electrospinning spinnerets to produce nanosprings from PU and Nomex.
Since we utilize two kinds of CNNs where they are also feed into different kinds of training samples, the learned part-based and body-based features are complementary.
Finally, we utilize four kinds of directions to scan the entire image and correct the depth value to obtain the full depth map.
In the learning process, we simultaneously utilize two kinds of models, i.e., verification models and identification models, to learn and extract features.
This study utilizes two kinds of methodologies with male teachers because the education system in Saudi Arabia is segregated so it is not possible to collect data from women.
In this study, we utilized two kinds of spin labels, BSL (more conformationally restricted) and MTSL (flexible), attached at several position pairs within the DEER-detectable distance range on the KCNE1 TMD (see Figure 1) in micelles and more native membrane environments (proteoliposomes and lipodisq nanoparticles).
We utilize two kinds of data: (a) the evolutionary history of a set of species, modeled as a species' phylogenetic tree, the root of which is assumed to be the LUCA; and (b) the record of presence and absence of orthologous genes in the same set of species, summarized as phyletic vectors, in which each coordinate represents the status of a gene in one species.
