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Plume rise model for merging plumes

2023
To correctly reproduce the dispersion of pollutants the plume rise modeling is fundamental to obtain the injection height, i.e. the altitude at which the majority of the smoke burden is released into the surrounding atmosphere, because from this depends how the plume from fire emissions are ultimately transported In 2013 ...
Enrico Ferrero   +2 more
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Saffman-Taylor plumes

Physical Review Letters, 1992
We present an experimental study of thermal plumes growing in Hele-Shaw cells which shows the existence of new objects, analogous to Saffman-Taylor fingers, for which the thermal boundary layer plays the role of the interface.
, Zocchi, , Tabeling, , Ben Amar M
openaire   +2 more sources

Plume

Ploughshares, 2015
Acclaimed publisher and editor Neil Astley, founder of Bloodaxe Books, guest-edits this special transatlantic all-poetry issue, featuring poets from North America, Great Britain, and Ireland. The issue contains a stirring diversity of work, with writers who have roots everywhere from Guyana to Pakistan to Zambia, and also features poetry in Welsh ...
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Building downwash of plumes and plume interactions

Journal of Wind Engineering and Industrial Aerodynamics, 1995
This paper presents a number of wind tunnel measurements of building induced downwash effects on the plume in a neutrally stable boundary layer. Vertical and horizontal profiles of mass concentrations of the exhausts from stacks on a rectangular model building were measured downwind of the buoyant source in the near wake.
J.C.K. Cheung, W.H. Melbourne
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Density-Current Plumes

Science, 1966
Diurnal solar heating produces an unstable warm zone just off the bottom of the inshore regions of a salt lake. The warm water rises in plumes in which brine shrimp become entrapped through apparently negative photokinetic behavior. The plumes of concentrated shrimp resemble those composed of insects in air.
openaire   +2 more sources

Tracking Odorant Plumes

2018
Chemical signals are primarily distributed throughout aquatic environments by processes that are affected by turbulence. Turbulence continually stirs and mixes chemical odorants into complex, filamentous structures that are sampled by organisms. These odorant signals are critical for survival and/or reproductive success of most aquatic animals, and the
openaire   +2 more sources

Plume flow and plume impingement in space technology

Progress in Aerospace Sciences, 1991
Abstract Rocket thrusters of various types are the common means of propulsion in space technology. In the space vacuum the exhaust gases form a large free jet, called a plume, which can impinge on neighbouring surfaces. The impingement effects, often unavoidable due to the unrestricted spreading of the gas, are disturbing forces and unwanted heat ...
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Plume–Plume and Plume–Surface Interactions of Micronozzle Clusters in Vacuum

AIAA Journal
Plume flow features and performance characteristics of micronozzles arranged in a cluster configuration operating under vacuum exit conditions are analyzed utilizing the direct simulation Monte Carlo (DSMC) method. A comparison of the plume behavior of single bell-shaped and conical nozzles is carried out to establish a baseline for evaluating cluster
Ashok Kumar, S. R. Shine
openaire   +1 more source

Plume-driven recratonization of deep continental lithospheric mantle

Nature, 2021
Jingao Liu   +2 more
exaly  

Plume

2011
Doris Breuer, Ralf Jaumann
openaire   +1 more source

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