Sentences with phrase «dynamical physical»

Physical oceanography may be subdivided into descriptive and dynamical physical oceanography.

Dynamical physical oceanography focuses primarily upon the processes that govern the motion of fluids with emphasis upon theoretical research and numerical models.

This paper could gain some scientific traction if a dynamical physical foundation were presented instead of relying upon the misleadingly familiar concept of the «stadium wave.»

Not exact matches

We have arrived at the final part of our three-fold examination of ontological principles that underlie the dynamical process of an evolving physical and biological universe.

Classical Laplacian determinism had assumed that an «operational» truncation (or first - order approximation) of initial values of dynamical parameters were a mathematically rigorous approach for accurately predicting the future (or past) state of physical events.

We believe that it will also prompt new experiments focusing on the dynamical properties of the atoms at nanostructures, allowing us to understand the contribution of the previously little probed dynamical structure studies of atomic clusters, towards the physical properties such as catalytic relativities.»

A global climate model or general circulation model aims to describe climate behavior by integrating a variety of fluid - dynamical, chemical, or even biological equations that are either derived directly from physical laws (e.g.

In Oct. 2015, researchers Sébastien Moulinet and Mokhtar Adda - Bedia of the Ecole Normale Supérieure published a Physical Review Letter entitled «Popping Balloons: A Case Study of Dynamical Fragmentation.»

The physical and dynamical properties of these large icy planetoids add another puzzle piece to our understanding of the formation and evolution of the solar system.

N. Turok, J. Zadrozny, Dynamical Generation of Baryons at the Electroweak Transition, Physical Review Letters 65, 1990, 2331

The studies of the solar system during the past several decades have proven that the understanding of our own planetary system can leap forward only with the combination of dynamical modeling and physical observations.

Briefly, a dynamical model is a an attempt to reproduce the mathematics of the physical system as closely as you can.

The challenges are significant, but the record of progress suggests that within the next decade the scientific community will develop fully coupled dynamical (prognostic) models of the full Earth system (e.g., the coupled physical climate, biogeochemical, human sub-systems) that can be employed on multi-decadal time - scales and at spatial scales relevant to strategic impact assessment.

Global Carbon Cycle Recent efforts have begun to extend Global Climate Models (GCMs) towards Earth System Models (ESMs), where the physical - dynamical GCM also includes key biogeochemical cycles important in determining the Earth's response to increasing Greenhouse Gas (GHG) emissions.

Analysis of physical and dynamical processes that initiate, maintain, and modulate atmospheric mesoscale phenomena

Ian Renfrew investigates dynamical and physical processes with the coupled climate system.

• The union of microscopic (atomic level) Hamiltonian dynamical models with macroscopic (system level) thermodynamical models, succeeds extraordinarily well at predicting a vast range of physical phenomena (including heat conductivity, heat capacity, sound velocities, viscosity, thermal expansion, solubility / insolubility, etc..)

Herein I propose a multi-scale dynamical analysis to facilitate the physical interpretation of tide gauge records.

Besides I strongly oppose (like R.Pielke and many others) the idea that the «global time average of the surface temperature» has any physical meaning or is a valid metrics to measure the «climate» and I can't see the beginning of a valid reason why it should correlate to any relevant dynamical parameter.

James Hurrell and colleagues in an article in the Bulletin of the American Meteorological Society stated that the «global coupled atmosphere — ocean — land — cryosphere system exhibits a wide range of physical and dynamical phenomena with associated physical, biological, and chemical feedbacks that collectively result in a continuum of temporal and spatial variability.

The department carries out research in both dynamical and physical meteorology with a broad range of topics covering field work, lab work, theoretical and numerical modelling and has about eight or nine NERC studentships available each year.

T he global coupled atmosphere — ocean — land — cryosphere system exhibits a wide range of physical and dynamical phenomena with associated physical, biological, and chemical feedbacks that collectively result in a continuum of temporal and spatial variability.

Our approach has been to develop two models with different ocean dynamical / physical cores while keeping all other components the same in order to test the sensitivity of our results to our assumptions inherent in our ocean configuration.

As for certain specific expensive extreme events (as opposed to generic weather), I stand by my own conclusion as someone with some lingering expertise, that Moscow / Pakistan 2010, Texas 2011, Sandy 2012, and the ongoing decline of Arctic sea ice, are events with obvious physical / dynamical connections to our artificially altered climate.

Additionally, he said they lack the physical evidence of what are known as «dynamical links,» — physical ties within elements of the Earth's climate system, such as the upper oceans and lower atmosphere — between Arctic warming and extreme events.

Although the chain of the actual physical mechanisms generating these cycles is still obscure, (I have argued in my previous papers that the available climatic data would suggest an astronomical modulation of the cloud cover that would induce small oscillations in the albedo that, consequently, would cause oscillations in the surface temperature also by modulating ocean oscillations), the detected cycles can surely be considered from a purely geometrical point of view as a description of the dynamical evolution of the climate system.

(I'm just a part - time student of this stuff, and I continue to learn, principally using Professor Pierrehumbert's great textbook, and other things, like Pond and Pickard's Introductory Dynamical Oceanography and Knauss» Introduction to Physical Oceanography.)

Symposium on Physical and Dynamical Climatology, as described in Budyko, interview by Weart, March 1990, AIP.

The dynamical core, physical parameterizations, and basic simulation characteristics of the atmospheric component AM3 of the GFDL global coupled model CM3.

It turns out there's many complicated physical and dynamical processes wrapped up in some of the feedbacks we identify from a TOA perspective, particularly the «lapse rate feedback.»

If numerical methods can not accurately compute the solution of the basic dynamical system (so called dynamical cores) either because of ill posedness, fast exponential growth, or inadequate resolution to properly resolve the rapid nonlinear cascade of the vertical component of vorticity (requires unphysically large dissipation to overcome), then adding necessarily unphysical parameterizations to overcome these deficiencies can not lead to a correct physical solution as the resolution is reduced.

This suggests that, whatever dynamical phenomena are represented by the word «drumlinization», they have a physical lower limit.