Sentence examples for study of the ash from inspiring English sources

The group urged governments to more urgently "focus on how and when we can safely reopen Europe's skies" -- such as with more in-depth study of the ash cloud.

It was recorded in several of the medical examination reports that people found the ash more irritating in the beginning of the eruption, perhaps because fresh ash particles can have chemical compounds on the surface, which are later washed away. 2 3 In a study of the ash from Eyjafjallajökull, Horwell et al 2 found most samples to have little potential for damaging health.

The latest scientific studies of the ash produced by Vesuvius reveals a multi-phase eruption.

During the summers of 1978 and 1979, Johnston led studies of the ash-flow sheet emplaced in the 1912 eruption of Mount Katmai in the Valley of Ten Thousand Smokes.

Mössbauer study of the "black ash" sampled in 1984 1986 showed an apparently asymmetric paramagnetic doublet with isomer shift and quadrupole splitting of 1.13 1.14 and 2.06 2.10 mm s−1, respectively (Nishida et al. 1986).

A central composite design was used to study the influence of the ash replacement percentage of cement and the water/binder (w/b) ratio on the compressive strength at 28 days.

In response to this, and in collaboration with the Greek National Committee for the Scientific Monitoring of Santorini Volcano, we undertook preliminary studies of the potential ash and gas hazards from an eruption at Santorini.

Matthew Watson, a specialist at Bristol University in England in the study of volcanic ash clouds, said the plume was "likely to end up over Belgium, Germany, the Lowlands — a good portion over Europe," and was unlikely to dissipate for 24 hours or more.

Fortuitously, most of the sequence is a relatively simple three-component system (of CaCO3, terrigenous, and ash), which facilitated the study of dispersed ash in parallel to the discrete layers.

We have also shown that by adding the dispersed ash component to the study of discrete ash layers, many additional geological and oceanographic interpretations can be uncovered.

Yokoo (2009) used a continuously operating thermal camera, installed in 2007, to monitor the explosive eruptions at Sakurajima volcano, Japan, during 2008 and study the thermal evolution of the ash plumes.