-
made by bank transfer. Selection procedure: The selection of fellows will be based on a curriculum evaluation (CE), which will focus on the candidate's merit, and an interview (I). The curriculum
-
of the Regulation of Research Grants of University of Porto. The payment will be made by bank transfer. Selection procedure: The selection of fellows will be based on a curriculum evaluation (CE), which will focus
-
amount will be provided by FEUP funds, not coming from the funding. The payment will be made by bank transfer. Selection procedure: The curriculum of the candidates (60%) will be evaluated based
-
an existing LSF façade to include a DTIS. Based on CFD simulations an expectable range for the optimum configuration of the ventilation system components will be established and feasible U-values of the wall
-
. Activity Outline: The candidate should investigate a radiation-based thermal treatment approach for disinfecting end-of-life substrates used in soilless culture systems. The main objective is to demonstrate
-
real-time optimization algorithm for a simulated moving bed system to correct possible mismatches between the mathematical model and the real process. The approach to be developed is based on modifier
-
-based hybrid adsorbent materials (activity 1). Legislation and regulations: Law Nº. 40/2004, of 18th August, in its current wording (Statutes of Scientific Research Fellow) and and Regulation of Research
-
experience of the candidate in the project area. The payment will be made by bank transfer. Selection procedure: The curriculum of the candidates (60%) will be evaluated based on the merit of the candidate and
-
) present in landfill leachates, contributing to improved efficiency of conventional treatment systems based on reverse osmosis. The activities to be carried out under the project include crystallization
-
made by bank transfer. Selection procedure: The curriculum of the candidates (60%) will be evaluated based on the merit of the candidate and the following factors will be weighted: a) Academic training