Jane Meri Santos

Title: PhD (UMIST, Reino Unido, 2000)

Research groups: CNPq (Google Translator version)
Curriculum: Lattes
Contact

Participation in projects:

Title	Starting date	Deadline (months)	Participation in the project
	01/03/2012	18	Coordinator *
	01/03/2012	18	Coordinator *
Particulate matter in urban environments - quantification, chemicl speciation and source apportionment	31/07/2010	24	Vice coordinator *
Mathematical modelling of liquid droplets evaporation inside porous media	01/07/2009	36	Collaborator *
Mathematical Modelling of Air Pollution Dispersion in Urban Enviroments	01/07/2009	36	Collaborator *

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Participants in examination boards:

Title	Name	Defense date	Course
	Alexandre Magalhães Santiago	31/03/2015	PhD in Environmental Engineering
	Enilene Regina Lovatte	31/03/2015	PhD in Environmental Engineering
	NADIR SALVADÔR	26/09/2014	PhD in Environmental Engineering
	Edilson Luiz do Nascimento	08/08/2014	PhD in Environmental Engineering
	Elson Silva Galvão	06/06/2014	MSc in Environmental Engineering

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Disciplines taught:

Academic term	Code	Name	Hours	Course
2012/1	PAMB-5001	Transport Phenomena	60	MSc in Environmental Engineering
2011/2	PAMB-5014	Special Topics: Environmental Engineering: Gestão da Qualidade do Ar - Análise das ferramentas científicas para modelar a emissão, dispersão	60	MSc in Environmental Engineering
2011/2	PAMB-5014	Special Topics: Environmental Engineering: Partículas Sedimentares e Odores	60	MSc in Environmental Engineering
2011/1	PAMB-5018	Air Quality Monitoring	60	MSc in Environmental Engineering
2010/2	PAMB-5001	Transport Phenomena	60	MSc in Environmental Engineering

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Guided Students:

Name	Title	Defense date	Role	Type
Izabele Venturott Ferreira Toniato	Fluid flow features inside an enclosure device used for measuring volatile emissions from quiescent surfaces	21/02/2020	Advisor *	MSc dissertation
Luisa Maria Gomez Pelaez		08/05/2019	Advisor *	MSc dissertation
Elson Silva Galvão		30/08/2018	Advisor *	PhD thesis
Cristina Lima de Morais		05/06/2018	Advisor *	MSc dissertation
Georgynio Yossimar Rosales Aylas	Analysis of the Influence of the Soil Use and Occupation and the Use of the Technique of Assimilation of Meteorological Data in the Performance of the WRF Model.	06/04/2017	Advisor *	MSc dissertation

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