Based on the analysis, it can be concluded, that nitrenes provide a route for rich chemical modification of carbon nanotubes.
It is concluded that modifications of the models of Zehner and Bauer and of Hennecke can be recommended for practical use for all the particle shapes mentioned above.
In addition, it can be concluded that the modification with a higher content of a reducing agent has a higher value of q e.
It can be concluded that chemical modification at the C3′ position is a good method to increase the activity against cancer cells in vitro.
From the TG analyses, it can be concluded that the modification agent is coated on Cu nanocores through strong interaction, but not a mixture or simple absorption between Cu nanoparticles and modification agent.
According to the results of single-factor experiment, it can be concluded that the modification of USY zeolite has the best performance when the amount of MA, NA, pH of MA, pH of NA, reaction time, and temperature are 80 mL, 80 mL, 1.5, 1.5, 4 h, and 80 °C, respectively.
Taking the change of wettability parameters (listed in Table 1) into account, it can be concluded that the modification process increased the wettability of PTFE membrane successfully with the surface free energy of 72.2 mJ/m2 and contact angle of 35° for the as-prepared TiO2/PAA/PTFE membrane.
It can be concluded that the modifications made on the conventional solar still, i.e., use of black soil or use of black paint in the basin was instrumental in the production of more water from the solar stills.
This condition is satisfied in all model structures and therefore it can be concluded that the response modification factor of 3.0 is valid in the seismic design of the staggered wall structure.
It can be concluded that Au NPs modification substrate with assistance of the aggregation agent can remarkably improve the detection sensitivity of BPA residue, which can significantly enhance the SERS signal of BPA and achieve the trace-level detection of BPA residue.
