Sentence examples for monitoring barrier from inspiring English sources

The model is based on the three-level well control theory, and primary and secondary well control barriers and an extra well monitoring barrier are established between the reservoir and the blowout event.

The LA/MA test is considered a valuable and noninvasive test for monitoring barrier function of the small intestine.

The mechanism of the OECT for monitoring barrier tissue integrity has been described previously;[ 15] however, in the previous case the barrier tissue cells were grown on a filter positioned between a top Ag/AgCl gate and the channel consisting of PEDOT PSS.

In particular, for continuously monitored barrier options, the hitting time error is of order (O frac{1}{sqrt{N}})) with N time steps, see [7], while the European vanilla options have no time discretization error.

We isolated melanoma cells from melanoma metastasis and performed different migration assays and transendothelial resistance measurements of endothelial monolayers co-cultured with melanoma cells, in order to monitor barrier function and diapedesis and confirmed these results by confocal microscopy.

UNICEF aims to contribute to the following results in the 132 target countries with health programmes by 2017: 75 countries develop costed implementation plans for maternal, newborn and child health care; 40 countries monitor barriers and bottlenecks related to child survival in at least 80 per cent of districts prioritized for district health system strengthening.

The basis for a number of concepts for in-situ monitoring thermal barrier coatings using non-contact luminescence is described.

Women of childbearing potential were required to use NGM/EE in combination with 1 of the following contraceptive methods: complete abstinence from intercourse for at least 14 days before the first dose of study medication until after study monitoring, a barrier method plus a spermicide, or sterilization of male partner.

Electrochemical impedance spectroscopy (EIS) has been explored as a non destructive evaluation method to monitor thermal barrier coating (TBC) degradation.

Our results show that precipitate mineralogy is an important factor influencing the electrical properties of the corroded iron cores and must be considered if electrical geophysical methods are to be developed to monitor PRB barrier corrosion processes in situ.

The major focus will be on techniques that allow automated long-term monitoring of barrier-relevant parameters including the dynamic processes within the tight junction network.