Sentences with phrase «of numerical experiments»

The set - up of the numerical experiments suggests that the temporal resolution of the atmospheric forcing field is responsible for the significant increase in vertical velocities, in agreement with previous studies (Danioux et al., 2008; Komori et al., 2008).

«This work exemplifies the growing importance of numerical experiments in biology,» said Jerome Baudry, assistant professor in the UT Biochemistry and Cellular and Molecular Biology Department and the UT — ORNL Center for Molecular Biophysics.

Though the ultimate impacts of the numerical experiments will take some time to realize, its potential motivates Snook and the severe hail prediction team.

«However, the detailed analysis of the numerical experiment reveals that the absence of substantial surface warming in the Circumpolar Ocean is attributable not only to the large fraction of the area covered by the oceans but also to the deep penetration of positive temperature anomaly into the oceans.»

Not exact matches

And so, in 1917, while working in the Friends» Ambulance Unit on the Western Front, Richardson decided to experiment with the idea of making a numerical forecast - one based on scientific laws rather than past trends.

Further detailed experiments on a wide range of parameters, theoretical modelling and numerical simulation are still needed.

«This is not only the first time that this experiment has been successfully carried out; we even have a numerical description of the process,» points out co-author Sang - Kil Son from Santra's group, who was in charge of the team that developed the computer program.

Although there are more traditional approaches to answering these questions — using particle accelerators, astrophysical observations, numerical simulations, and tools of condensed matter physics and chemistry — the extreme tunability and relative simplicity of ultracold matter experiments make them a compelling alternative.

The researchers studied the reflectivity of the cubic diamond - like inverse woodpile crystals by numerical calculations and interpreted recent experiments.

Joined by his advisor Allen McNamara, geodynamicist and associate professor in Arizona State University's School of Earth and Space Exploration, and seismologist and SESE professor Ed Garnero, Li and his collaborators» numerical experiments show that plumes can indeed carry a combination of different materials from several reservoirs.

Douady and Couder also carried out detailed numerical simulations of the formation of spirals, which again obeyed rules similar to those in their experiment.

And we understand that on the basis of direct observations, which have become very much better over the past five or 10 years and also as a result of theoretical investigations, particularly those involving sophisticated numerical computations; and here we are able to do the sort of experiments, with the computer if you like, that were not possible 10 or 15 years ago.

This session examined the biogeochemical processes that are likely to affect the evolution of the Earth system over the coming decades, with a focus on the dynamics of marine and terrestrial ecosystems and the development of improved understanding through (a) fieldwork and laboratory experiments, (b) development of new observational datasets, both modern and palaeo, and (c) simulations using numerical models.

Propose numerical experiments aiming to refine numerical techniques and the formulation of atmospheric physics processes, boundary layer processes and land surface processes in models.

Here, we study the origins of biofilm genetic structure by combining model development, numerical simulations, and microfluidic experiments using the human pathogen Vibrio cholerae.

The data gathered during this experiment will become the initial conditions for numerical simulations that will further understanding of gas turbine combustors.

This environment, designated the Virtual Environment for Reactor Applications (VERA), incorporates science - based models, state - of - the - art numerical methods, modern computational science and engineering practices, and uncertainty quantification (UQ) and validation against data from operating pressurized water reactors (PWRs), single - effect experiments, and integral tests.

Radiative transfer, aerosol formation, some aspects of cloud microphysics, ocean diffusion etc. — but the real world has many good experiments that the numerical models can be evaluated against (some mentioned above).

For example, referring to the 1979 Charney report's ECS range of 1.5 to 4.5 K / doubling, they wrote: «Results of most numerical model experiments suggest that a doubling of C02, if maintained indefinitely, would cause a global surface air warming of between 1.5 C and 4.5 C.

The Transient Climate Response (TCR) is defined (by the IPCC) as the SAT temperature at the point of doubling CO2 when carrying out a 1 % per year CO2 growth (numerical) experiment.

Propose numerical experiments aiming to refine numerical techniques and the formulation of atmospheric physics processes, boundary layer processes and land surface processes in models.

Because these numerical experiments are computationally intensive, only a very limited number of them have been run thus far.

If verified experimentally, then construct a numerical model of the experiment and scale up from there.

Throughout the next decade, many idealized numerical experiments demonstrated the capability of this model to produce a realistic hurricane structure, although it would not be until the 1980s that simulations would be attempted using data from real storms.

On the basis of simple numerical experiments, rates of long - term warming equivalent to 10 °C per century could be sufficient to trigger compost - bomb instability in drying organic soils.

I see models and a numerical experiment with recorded data, but no direct long - term comparison of a 7 am readout vs 2 pm readout by 2 thermometers side by side.

The only sane way the is diagnostic (checking if some global conservation laws are not broken by the model, — this can catch bugs and inadequacies of the numerical methods) and extensive validation (this catch inadequacies in modeling, which involves approximation and elimination of some factors, to obtain a tractable model, and is always present even for particle physics simulation, which directly use first principles (model an idealised version of an experiment).

By adjusting the values of those parameters found to be influential through numerical experiments and simulations, short - term and long - term policy recommendations that can keep the system within optimum levels or sustainable development targets (e.g., Millennium Development Goals or the Post-2015 Development Agenda) can be designed and tested.

Countless numerical experiments with ocean general circulation models have been carried out to investigate the stability of the AMOC.

The numerical experiments are designed to explore the effects of changing various properties of the ocean (its size, geometry and diapycnal diffusivity), the atmosphere (its water vapour content) and the forcing of the system (the distribution of incoming solar radiation and the rotation rate of the planet).

The sensitivity of the AMOC and North Atlantic to two major freshwater pathways on either side of Greenland is studied using numerical experiments.