«Electrostatics do the trick:
Simple model describes what happens between organic semiconductors and metals.»
In this context i wonder if
the simple models described in
Not exact matches
Working with the Wilson - Cowan
model, a widely - used
model in computational neuroscience that
describes the average activity of populations of interconnected neurons, Alonso has designed a new mathematical tool to help other neuroscientists explore the broad spectrum of responses possible from a
simple neural circuit.
Although the two systems differ greatly in their relaxation time, they are
described by the same set of laws, which can be understood from a relatively
simple hydrodynamic
model.
Parallel to that, they used a
simple lattice gas
model coupled with equations
describing the intermolecular interactions, otherwise referred to as classical density functional theory.
«I thought it was fascinating, and I wanted to find a mathematical
model that would
describe this in its
simplest form,» Strogatz says.
By studying liquid plugs in
simple glass tubes, he developed a mathematical
model describing liquid transport process in each generation of the airway tree.
A detailed study of the rotation rates of the bubble vortices enabled the scientists to obtain a relationship that accurately
describes the evolution of their intensity, and propose a
simple model to predict that of tropical cyclones.
This indicates that the relatively
simple models used to
describe neutron stars need an overhaul.
Unlike the Solar System where most of the gravitational pull comes from the Sun and is
simple to
model, it is much harder to
describe the gravitational field near the centre of the Galaxy, where millions of stars, vast clouds of dust, and even dark matter swirl about.
This
simple statistical physics
model is believed to
describe many contact processes in nature such as the spreading of forest fires or of an epidemic in a population.
The double pulsar PSR J0737 — 3039A / B consists of two neutron stars in a highly relativistic orbit that displays a roughly 30 - second eclipse when pulsar A passes behind pulsar B.
Describing this eclipse of pulsar A as due to absorption occurring in the magnetosphere of pulsar B, we successfully used a
simple geometric
model to characterize the observed changing eclipse morphology and to measure the relativistic precession of pulsar B's spin axis around the total orbital angular momentum.
The paper
describes a
model of the brain based on
simple processing units — neurons — that take two inputs and have a single output.
The
simple system that we
describe in this paper provides a
model that can be further manipulated experimentally for studying those early stages in the evolution of photosynthesis.»
They
describe their new
model of the decline curve in the paper «Gas production in the Barnett Shale obeys a
simple scaling theory,» published this week in the Proceedings of the National Academy of Sciences.
Conventional biological
models described the electrons as hopping from molecule to molecule within mitochondria, but — once again — this
simple picture can not account for the speed at which ATP is spit out.
A
simple formula that
describes the initial deformation of a droplet as it hits a solid surface is likely to help to
model droplet behavior in a variety of different contexts, shows new research by A * STAR.
«People have been using
simple mechanical
models to
describe the ice,» McCarthy said.
... For the first time in more than 30 years, the
simplest inflationary
models, including those
described in standard textbooks, are strongly disfavored by observations.»
A
simple mathematical
model, in which cells are
described as persistent random walkers that adapt their motion to that of their neighbours, captures the essential characteristics of these breathing oscillations.
The standards covered in Unit 6 are:
describe objects in the environment and the relative positions of these objects as above, below, beside, in front of, behind, and next to, classify and sort, correctly name shapes, identify shapes as 2D or 3D (flat / plane or solid), analyze and compare two and three dimensional shapes,
model shapes in the world by building shapes from components, and compose
simple shapes to form larger shapes.
To reduce the risk of confounding in value - added estimates, states and districts should avoid the
simple value - added
models described above.
Simple Flow
Model of Customer Relationship Management System is
described as the closed loop system, which is helpful in building the effective relationship with customers.
These topics are all
described in
simple prose — there are no mathematics or
model expositions, few acronyms and little jargon, etc..
The Ocean Heat Content
model is actually quite
simple and elegant and it is consistent with the rest of GHG theory as I have
described elsewhere on this thread.
Once we have randomly selected our 395 emission pathways, we use the
simple coupled climate — carbon - cycle
model described in § 2b to estimate quantities such as the most likely peak warming for each pathway.
However there may be multiple equilibriums and a
simple box
model assumption may not
describe reality.
Symbols are GVM outputs and lines are fitted responses, using a
simple model fitted to the global NPP responses to CO2 and temperature and residence time responses to temperature for each
model as
described in the main text.
This was first
described in a classic paper by [10] with the help of a
simple box
model.
Because of the current poor fidelity of the
models, the conclusions written in many «peer reviewed» articles
describing potential conditions many years into the future seem imo to be utterly without scientific merit and
simple speculation.
A large system that consists of such essential structures as continents and oceans can not ever be
described well with
simple models.
Even the
models used to
describe how phytoplankton production is sustained were driven by relatively
simple concepts relying on mechanistic relationships between the algae, water chemistry and physics, and the light environment...
If you have a
simple model that you are fitting to some data, there is no problem in
describing in detail how you decided on the
model, the free parameters, the fitting procedure, the data used, etc. it can be more of a challenge to make the development path of a climate simulator fully transparent.
Your suggestion of what is more constructive than setting aside Lindzen's whole argument is a good one, but you have just
described how to build a climate
model, albeit a
simple one.
We show that this occurs in spite of a decline in radiative forcing that exceeds the decline in ocean heat uptake — a circumstance that would otherwise be expected to lead to a decline in global temperature when using the
simple energy balance
model described in the post.
Dr Miskolczi has two equations which
describe the result of applying conservation of energy to the Earth and the atmosphere, the two entities in his
simple model.
In particular, categorical
models of emotion have been challenged by the notion that
simpler dimensions — such as valence and arousal — more accurately
describe the true structure of emotion.