Sentence examples for optimize surface area from inspiring English sources

The coprecipitation variables of NiAl2O3 catalysts (nickel content, concentration of the solutions, ageing time and precipitation temperature) have been combined utilizing the factorial experimental planning method, in order to obtain a better combination to optimize surface area, mettalic dispersion on the support and catalytic activity values.

Although the capacitance of the pure CNTs was enhanced and its stability was improved, the capacitance of CNT-based supercapacitor is still lower than that of amorphous carbon or porous carbon and can be enhanced by optimizing the surface area, pore size, and pore size distribution.

Ligand-induced structural changes are common and tend to optimize buried surface areas.

In order to optimize the surface area-to-volume ratio for PEC water splitting, and enhance the comparability between the nanorods with and without Sn doping, the reaction conditions for median Sn/TiO2 nanorods density (Figure 1b,e) were selected for all the remaining experiments in this paper.

The DSD was used to optimize the mesoporous surface area which could improve its potential as adsorbent.

A design-of-experiments approach was used in order to optimize the specific surface area, pore structure, and thermal stability of the prepared samples.

Herein, a series of nano-sheet PPy/reduced graphene oxide (rGO) composites are synthesized with rGO as support frameworks to optimize the morphology, specific surface area and electronic conductivity, consequently enhancing the rate capability and cycling stability.

In this study, a mathematical model has been developed for the rectangular flight to optimize the total particle surface area which is a function of the cascading rate and falling time of the particles.

Thus, the intermediates formed during the folding of En-HD [ 58 ], apo-cytochrome b562 [ 57 ] and Im7 [ 25] are all stabilized by the formation of both native and non-native interactions, so as to optimize burial of hydrophobic surface area in their partially folded forms.

These findings indicate that the combination of PS nanosphere lithography, followed by the spin-coating of AuNPs, leads to an inexpensive and simple engineering process that effectively generates uniform Au-nanohole arrays on ITO, which provides a greater surface area to optimize the electrochemical performance of the DNA biosensor.

By optimizing thermal oxidation temperature, large surface area of 777 m2/g could be achieved in cotton fabric derived carbon.