Sentence examples for the remarkable decrease in the from inspiring English sources

The remarkable decrease in the pore size of the membranes was confirmed by the measurement of the diffusion coefficient of neutral molecules, urea and glucose, through the membranes.

The increase of Vg and lifespans are attributed to the remarkable decrease in the surface resistivity of the films caused by the coating of PPHMDS.

These findings support the efficacy of early surgery for appropriately selected patients due to the remarkable decrease in the ability to remodel after 5 6 years of age, meaning that patients over 6 years of age should be the main candidates for operative treatment [3, 18, 19, 37].

The remarkable decrease in the surface area at high doping levels suggest that the dopant itself (Li and Na) may ultimately block pores and prevent access to some portions of the MOF, particularly if the dopant ions present with solvent molecules; therefore, in this study moderate amount of dopants were used.

The remarkable decrease in the oxide content and the porosity of bond coat, the increase in the "vertical" porosity of top coat and the improvement in the bonding strength at the bond coat/top coat interface appeared to contribute to the prolonged lifetime.

In comparison with the C60-initiated polymerization reaction of NVC in the water bath at 70°C, carrying out the polymerization reaction in the microwave oven was found to be advantageous due to the remarkable decrease in the time necessary to carry out reaction, and to the considerable improvement in yield of poly N-vinylcarbazole).

"We are quite bullish on solar, having seen the remarkable decrease in cost and the aggressive position taken by the Obama administration," Mr. Dean said.

Healton, an authority on tobacco use in particular, noted that the principal reasons for the remarkable decrease in smoking in New York City and elsewhere over the last few decades weren't ominous commercials and warning labels.

The remarkable decrease in contact angle in the presence of embedded silver oxide nanoparticles can be explained as follows: 1.

The short branches (CF3) are included in the crystal lattice and the crystal lattice is expanded with an increment of branch content, resulting in the remarkable decrease in Young's modulus of the crystal lattice.

In the present study, the remarkable decrease in body weight was accompanied by a dose-dependent reduction in fat as a percentage of body weight (Figure 1E).