Sentence examples for iv formation from inspiring English sources
(I) formation of aggregations (Co-EG/Mn-EG); (II) formation of nanosheets; (III) formation of hierarchical microspheres of precursor; (IV) formation of CoMn2O4 hierarchical mesoporous microspheres by thermal decomposition, the porous nanostructure could be obtained due to the release of gases.
Activation of surfaces may be classified as follows; (i) originally active surfaces, (ii) intermediates produced by reaction with surface atoms, (iii) formation of active sites with functional groups, (iv) formation of active surface compounds, (v) cooperation of multiple catalytic processes.
Step (iv) Formation of SiNWs via super-saturation with silicon.
Step IV: Formation of the set of linguistic rules The next step is to writing the linguistic rules.
Parasite infection decreased Ang-(1 7) and completely abolished Ang IV formation.
Although Ang IV formation is inhibited in infected erythrocytes, we decided to verify the influence of Ang IV on the parasite erythrocytic cycle (Fig. 6) because the results could provide important clues as to why the parasite induces the inhibition of Ang IV formation.
Recently, virstatin, which interferes with bacterial type IV pili formation, has demonstrated a capacity to inhibit biofilm formation developed by Acinetobacter baumannii after 24 h.
The MagSiO2@SiO2 microspheres were coated with a polydopamine shell (MagSiO2@SiO2@PDA) and Ti4+ was attached onto the composite microspheres (MagSiO2@SiO2@PDA@Ti(IV)). Formation of the PDA layer and Ti4+ attachment did not cause any significant decrease in the saturation magnetization.
As virstatin is known to inhibit type IV pili formation in solution, the observed decrease of bacterial adhesion might be due to this pilicide action.
The examples include, (i) incipient oxidation/reduction of platinum single crystal surfaces; (ii) submonolayer/monolayer level oxidation/reduction of ruthenium dioxide single crystal surfaces; (iii) copper passivation/depassivation; and (iv) anodic formation of porous silicon and silicon dioxide layers.
After a short review on the origin and general features of halogen bonding, current developments towards (i) the elaboration of three-dimensional networks, (ii) the interaction with anionic XB acceptors, (iii) its identification in biological systems and (iv) the formation of liquid crystal phases will be described.
