Sentence examples for much higher propagation from inspiring English sources

However, the available bandwidth at THz frequencies comes with the cost of a much higher propagation loss.

While traditional aliphatic acrylates exhibited propagation to chain transfer ratios ranging between 0.8 (±0.1) and 1.5 (±0.2), the novel acrylates characterized by secondary functionalities exhibited much higher propagation to chain transfer ratios ranging from 2.8 (±0.2) to 4 (±0.2).

Assuming a Maxwellian velocity distribution of flame particle and collision frequencies much higher than plasma frequencies, the propagation of microwaves through forest fuel flames is predicted to have attenuation and phase shift.

Because the expression levels of miR-142 and miR-150 are about 2 and 2 times lower in the non-tumorigenic cancer cells than in the tumorigenic BCSCs of human breast cancer, we speculate that the importance of the miR-142/APC/Wnt/miR-150 pathway in tumor propagation is much higher in the BCSCs than in the non-tumorigenic cancer cells.

In comparison with previously obtained results, the measures presented above, with our suggested error propagation scheme, are of much higher precision and lead to reduced 3D reconstruction errors.

The propagation velocity of a tribrachial flame is much higher than the laminar burning velocity of a stoichiometric premixed flame, and the propagation velocity usually decreases as the gradient of fuel concentration increases.

The construction developed by Grimsmo appears most suitable for use in scenarios with very large feedback time delay, requiring a much higher computational overhead than should be necessary when propagation delays are relatively small.

Therefore, these notions strongly suggest that the contribution of the cell-to-cell infection for viral propagation in vivo may be much higher than that estimated from the in vitro cell culture system.

Similarly, an ESU with long-term artificial propagation programs that dominate a majority of its constituent populations will be at much higher risk than one with a more moderate use of hatchery propagation.

Therefore, the random loss has much higher impact on the throughput of each TCP as the propagation delay of the link increases [6].

Because the more densely connected structures have much higher synchronization than other patterns, and fewer constraints on change propagation, environments characterized by these types of STMs may be prone to rapid, complex transitions in response to environmental changes.