Sentence examples for understanding of physical processes from inspiring English sources

Numerical simulation contributes significantly in the understanding of physical processes encountered in ion surface interaction.

Accepted practice in NSW is intentionally conservative, due to uncertainties and a limited understanding of physical processes.

More systematic citizen involvement in volcanology can also be used, however, to collect multiple data points that sample eruptive products or the properties of volcanic fallout or flows, furthering the understanding of physical processes (Bernard [2013]; Stevenson et al. [2013]).

In addition to the more classical interpretation of impedance spectroscopic data, RV permits a more detailed understanding of physical processes and their contribution to the relaxation of the previously charged coating surface.

A process-based sediment transport model is presented that combines the knowledge of sediment transport in rivers and estuaries with the understanding of physical processes specific for the shelf seas.

Due to significant improvement of the analysis/modeling techniques and new understanding of physical processes in the solar atmosphere and interplanetary space, a possibility arises to interpret the old data in the light of modern concept of multiple particle acceleration at/near the Sun.

A better understanding of physical process of the fluid-seabed-structure interaction (FSSI) is beneficial for engineers involved in the design of marine infrastructures.

These results assisted in understanding of a variety of physical processes occurring during the buffer layer fabrication and helped to optimize the buffer-layer architecture as a whole.

Understanding the scale and frequency of physical processes that act upon and form the surface of the Earth is a fundamental goal of earth science.

To reduce the risks of volcanic disaster, in addition to gaining a better understanding of the physical processes of phreatic eruption, elucidation of the preparatory processes of eruption is required.

The scientific objectives of the mission include the understanding of the physical processes of acceleration, transportation, and loss of high-energy ((sim) MeV energy range) electrons in the inner magnetosphere, as well as understanding the evolution of geospace storms (Miyoshi et al. 2012, in review).