Sentence examples for owing to technological from inspiring English sources

Multi-Gb/s OW line speeds are feasible at modest distances at the time of writing, owing to technological advances in optical fiber technology and adaptive optics.

Another is that, owing to technological advances like fracking, the United States is poised to become a major exporter of fossil fuels.

Coal will be a predominant energy source for "decades and decades" to come, but with "drastically" reduced greenhouse emissions owing to technological advancement, the environment minister, Greg Hunt, has predicted as he responds to the latest report from the Intergovernmental Panel on Climate Change.

However, owing to technological advancement, exploration of huge amount of sequences was reported in the databases.

In addition, owing to technological reasons, the temperature treatments applicable for device fabrication following the standard processes such as CMOS often cannot be as aggressive as those used for surface preparation in the basic experiments.

When we study the properties of NCM, the important factor is the structure (shape, size, type) of micro- and nanopores, formed in these materials owing to technological operations at their getting and further processing.

They have been recently investigated owing to their technological and fundamental scientific importance.

We found no differences in hyperlink use between genders, which could be owing to the technological development in general and to the fact that confidence in using the internet and ICT has risen much since these prior studies were performed (1999 and 1998).

However, owing to the technological limitations at that time, further development came only after 30 years when Leon et al demonstrated that cancer patients had much higher circulating DNA concentrations than those suffering from non-malignant diseases (Leon et al, 1977).

Materials demonstrating high ion diffusivity are currently attracting a great deal of attention owing to their huge technological potential.

Analysis of tissues and cells from human embryos and fetuses is currently the only approach to get some insight into processes that govern maternofetal transmission of common mtDNA mutations in humans, owing to the numerous technological difficulties met in attempts at creating animal models of mitochondrial disorders [Fan et al., 2008; Inoue et al., 2000].