Sentence examples for generated in solution of from inspiring English sources

Nanoparticles generated in solution of distilled water are between 1 and 30 nm, but as it is clear in Fig. 6 their size decreases with changing the solution to methanol.

Ag nanoplates or nanospheroidal structures were generated in solution mixture of H2O glycerol containing TEA and AgNO3 at room temperature.

The S1 form of lithostathine was generated in solution by trypsin digestion of full-length protein that mimics native auto-maturation of the protein [24], coated on mica, and imaged using tapping mode AFM in air.

Blades et al. [ 99] were the first to compare the ESI source to an electrolytic cell by showing that Zn II) and Fe(II) ions were generated in solution by electrochemical oxidation of the emitter tip.

The predominant species generated in solution (below the m/z values of the intact complex) are attributed to losses of Sm-B/B', U1-C and U1-A.

Moreover, the rank order of the diVCA construct nucleation activities was identical in the single-molecule measurements of the rate of branch formation observed on existing filaments and in bulk measurements of concentration of filaments generated in solution.

Consequently, substrate phosphorylation assays using predominantly full-length proteins on protein arrays were compared to results generated in solution assays for a number of commercially available kinase-substrate pairs in order to determine the accuracy of the array-based method.

Optically active polyaniline salts can be readily generated in solution via the enantioselective acid doping of the neutral emeraldine base form of aniline with either - or -camphorsulfonic acid in a variety of organic solvents (1-methyl-2-pyrrolidinone (NMP), dimethylformamide, dimethylsulfoxide, CHCI3).

Moreover, the minimum inhibitory concentrations of silver ions generated from multiple sources (i.e., from AgF, AgNO3, or electrically generated in solution) were equipotent [ 11] irrespective of the source, indicating that the antibacterial properties were solely dependent on the concentration of silver ions and not the specific compound or its other components.

To further understand the main degradation mechanisms on this new catalyst, the contribution of the HO generated in solution and on the anode surface was analyzed.

The morphologies of the structures generated in solutions with different concentrations of fatty acids were examined by AFM.