Sentence examples for poor propagation from inspiring English sources

As electromagnetic waves show poor propagation in sea water, acoustical sensing is generally preferred.

In contrast, for near-wellbore treatments Cr III)/polymer gelants are robust, because the reactivity of retained Cr III) renders them self-correcting for poor propagation.

Most of the existing work in the area of D2D communication only focus on the direct communication, however, the direct link D2D communication has to be limited in practice because of long distance, poor propagation medium and cellular interference, etc.

More particularly, transmit diversity techniques are interesting to be applied for users at cell edge experiencing poor propagation conditions; for high mobility users not having access to reliable channel state information (CSI); or, more generally, for the transmission of sensitive data such as control information, where a good reliability is required despite the absence of feedback information.

Second, the suppressive milieu of the ascites is likely to hinder the functionalities particularly of tumour antigen-specific T cells, resulting in their poor propagation ex vivo (Ioannides et al, 1991).

Furthermore, one of the key technical challenges with conventional cellular telephony networks is their intermittent coverage within indoor environments, which tends to be impaired due to the often poor wireless propagation environment [9, 10].

While this may appear to be counter-intuitive, the reason that an increase in days to completion is not considered an indicator of poor virus propagation is only under the condition that it increases relative to the reseed value.

However, in such cases, we cannot in general rule out the existence of a regulatory relationship between the two genes since the relationship might not manifest itself in the data due to poor noise propagation or inactivity of the regulatory link under the tested conditions.

(3) The variation in the thickness of the metasomatic mantle wedge suggests that the leading edge of the subducting Indian slab reaches the Bangoin-Nujiang suture (BNS), and the metasomatic mantle wedge overlaps with a region with poor Sn-wave propagation in north Tibet.

The first method, prediction propagation, propagates highly confident predictions of one local model to another as the auxiliary examples, thus learning from information-rich regions of the training network to help predict the information-poor regions.

This induced an inhomogeneous charge with poorer flame-front propagation that is responsible for reduction in performance and higher HC emission than closed-valve injection.