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1. Experimental study of an artificial thermal plume in the boundarylayer, Pt2, some aspects of the plume thermodynamical structure by J. Noilhan______ Publication: , in:"Journal of Climate and Applied Meteorology", Boston, 25 (4) April 1986, p.439-457 Availability: Items available: Biblioteca da Sede (1),

2. Experimental study of an artificial thermal plume in the boundary layer, Pt3, Dynamic Structure with the plume by J. Noilhan, B. Bénech Publication: , in."Journal of Climate and Aplied Meteorology", Boston, 25 (4) April 1986, p.458-465 Availability: Items available: Biblioteca da Sede (1),

3. The regional transport of tall stack plumes by M.M.Millan Publication: , in:"Regional and long-range transport of Air Pollution", Amsterdam, 1987, p.249-280 Availability: Items available: Biblioteca da Sede (1),

4. Concentration fluctuation measurements in a dispersing plume at a range of up to 1000 m by K.R. Mylene, P.J. Mason Publication: , Q.J.R. Meteorological Society. Londom, v. 117 (497) 1991, p. 177-206 Availability: Items available: Biblioteca da Sede (1),

5. Influence of convectively driven flows in the course of a large fire in Portugal | The case of Pedrogão Grande by Paulo Pinto ...[et al.] | Portuguese Institute of Sea and Atmosphere (IPMA) ; Department of Mechanical Engineering, University of Coimbra Publication: Basel MDPI 2022 . 34 p. , The influence of a mesoscale convective system (MCS) in the evolution of two wildfires that startaed during the afternoon of 17 june 2017 in Pedrogão Grande, central Portugal is discussed and analysed using weather radar data, weather stations, video images and fire spread analysis. The main goal of this study is to detail the influence of the MCS in the fire spread, thus contributing to the general knowledge of outstanding fire behaviour modifications due to the influence of atmospheric convective processes. Availability: Items available: Biblioteca de Algés (1),

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