Not exact matches
Computer
modeling and satellite observations suggest that these tiny
particles can increase storm - cloud cover over certain regions of the North Pacific by 20 to 50 percent, enough to alter storm
tracks in some cases.
For the study, Dr. Toohey and his colleagues from GEOMAR and the Max Planck Institute for Meteorology in Hamburg have used an aerosol - climate
model to
track 70 different eruption scenarios while analyzing the distribution of the sulfur
particles.
Instead of having to
track all the movements of every
particle in the disk using complicated computer
models (so - called N - body simulations), the disk can be treated as a kind of smooth sheet that evolves over time and oscillates like a drumskin.
The team of scientists involved in this study «dropped» virtual oil
particles into the NEMO ocean
model and
tracked where they ended up over a three month period.
By
tracking the positions and properties of hundreds of millions of randomly distributed
particles as they collide and annihilate each other near a black hole, the new
model reveals processes that produce gamma rays with much higher energies, as well as a better likelihood of escape and detection, than ever thought possible.
These
particles pose health risks to populations, especially to the medically vulnerable, By infusing CATS data directly into aerosol
models, data from CATS can make a difference in
tracking and responding to impacts of similar events in the future.
«This is the first full 3 - D
model of a debris disk where we can watch the development of asymmetric features formed by planets, like warps and eccentric rings, and also
track collisions among the
particles at the same time.»
Individuals within large groups are difficult to
track, so crowds are often
modelled as a fluid made of
particles, one for each pedestrian.
To
track soot, the team developed a new way to tag
particles emitted from individual sources within the climate
model.
The researchers created the Lagrangian In - situ Global High - performance
particle Tracking (LIGHT) analysis module within the
Model for Prediction Across Scales Ocean for rapid calculations.
In order to accurately
model the behavior of the accretion disk that orbits our galaxy's supermassive black hole, the researchers used a method that
tracked the motion and path of individual
particles — rather than one that treats the motion of plasma as a macroscopic fluid.
The researchers, from the University of Southampton and the National Oceanography Centre of Southampton, sought to investigate the long - term fate of carbon that reaches the deep ocean, employing an ocean general circulation
model to conduct
particle -
tracking experiments.
A unique
modeling technique is allowing scientists to better understand the global - scale effect of tiny pollution
particles on the Pacific storm
track.