Sentence examples for a much higher effective from inspiring English sources

Immediately, said Emmanuel Saez, an associate professor at Berkeley who attended, participants took issue with one of his crucial assumptions: that the I.R.A.'s and 401(k) plans were earning a much higher effective return than the government was paying on its debt.

By adjusting the ratio of the monomers, very high adsorption capacity for lysozyme and γ-globulin can be achieved in the more branched Sep-BrL-S4B3 while γ-globulin has a much higher effective diffusivity in Sep-BrL-S4B3.

Filler dispersed in a nanofluid is typically of nanometer size, and it has been shown that such nanoparticles are able to endow a base fluid with a much higher effective thermal conductivity than fluid alone [3, 4]: significantly higher than those of commercial coolants such as water and ethylene glycol.

The high surface area of the SWCNTs film, as shown through SEM, provides a much higher effective density of nucleation sites onto which Ag can deposit and form NPs. This leads to a higher density of Ag NPs and thus decreases the number of Ag atoms available for each NP.

(Commercial properties are also taxed at a much higher effective rate than smaller buildings).

For example, B16-F10 cell, shown in Figure 2, exhibited almost the same migration velocity (62.4 µm/hr) as H1299 cell (67.26 µm/hr), while the latter cell type displayed a much higher effective velocity (57.26 µm/hr, compared to 20.4 µm/hr in B16-F10 cell), indicating a more persistent migration than the former.

Additionally, the use of the CNT paper as support substrate for Pt should promote an increase of the dispersion of the Pt electrocatalyst because of the much higher effective surface area that is available to support the catalyst.

Even allowing for the many loopholes in the system, rich people faced much higher effective rates of taxation then than they do today.

Numerical results show that much higher effective rates can be achieved when UEs are equipped with multiple antennas.

In addition, at nanoscale, highly viscous fluid usually behaves like non-Newtonian fluid with much higher effective viscosity.

Broadband electrical characterization in the frequency range from 40 MHz to 40 GHz revealed that porous Si substrate provides much higher effective resistivity and lower dielectric constant than trap-rich HR-Si, actually comparable with quartz substrate values.