Sentence examples similar to material bypassing from inspiring English sources

The fundamental efforts of the described tasks would help to ask, and hopefully to answer, the "what if" questions for a range of possible catalytic systems, focusing on the in silico performance rank of the candidate materials, bypassing the economic constraints of such search through real experiments.

Moving shoreward along the inner shelf (< 60 m water depth) the transgressive sequence thins and becomes acoustically transparent, which suggests that the finer-grained material is bypassing the inner shelf and being sequestered on the middle to outer shelf.

The assembled HEV VLPs were expressed without its complete viral genetic materials, therefore bypassing the biosafety issues.

The paper, published in the journal Ecology, suggests that heavy weather events, though infrequent, cause an inordinate amount of organic material to bypass headwater systems, pushing them downstream into larger rivers, coastal waters, and inland basins.

A new Yale-led study finds that heavy weather events cause an inordinate amount of organic material to bypass headwater systems, pushing them downstream into larger rivers and coastal waters and inland basins — with profound implications for water quality through the watershed.

Regarding the mechanism underlying the potential relationship between PFO and migraine, PFO may allow vasoactive chemicals, such as serotonin and endothelin, or embolic material to bypass the pulmonary filter and reach the cerebral circulation to induce a migraine attack [30, 31].

Similarly, resource depletion is a problem involving the materials needed to make things and the costs (both economic and environmental) of producing and recycling those materials; better ways to make things with frugal use of common materials could bypass mines and restructure international trade.

Then he learned that costly construction materials were illegally bypassing customs.

All these materials and more are available from a growing number of designers who are bypassing traditional materials -- wood, plaster and marble -- for less costly industrial supplies.

These systems have many advantages over the conventional formulations, such as having structures made up of biocompatible and biodegradable materials, the possibility of bypassing the BBB in a non-invasive manner (without structural modifications) and the possibility of being structurally modified to modulate the biopharmaceutical properties of the encapsulated compounds.

Here, we demonstrated that the need to engineer features for materials can be bypassed by leveraging a deep learning approach.