CV Lattes
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Universidade Federal de São Carlos (UFSCAR). Centro de Ciências Exatas e de Tecnologia (CCET) (Institutional affiliation from the last research proposal) Birthplace: Brazil
.Dr. Marcos Andrade Jr. has a Bachelor (2007-2010) and Master (2010-2012) degree from Federal University of Sergipe, Brazil, and PhD in Chemistry degree from University of Campinas, Brazil (2016). Currently, He is a postdoctoral researcher at Federal University of São Carlos, Brazil. He had a experience as a postdoctoral researcher at University of Washington (03/2019-03/2020). His researche is focused on a non-toxic and earth abundant element-based chalcogenides thin films solar cells. Experience in materials sciences and semiconductors, synthesis and methods of deposition and characterization of semiconductors and photovoltaic material. (Source: Lattes Curriculum)
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Based on all knowledge acquired at laboratorial scale in a previous study, as well as on the potential market of type A zeolites applied, for example, in ethanol dehydration, the present project propose the scale up of zeolite 4A synthesis using an industrial residue (solução aluminosa-Alcoa, SAA) as an alternative aluminum source for pilot scale production. The most commonly zeolites use…
Intermediate Band Solar Cells (IBSC) have been proposed as devices able to achieve upper limits of energy conversion efficiency. In this type of devices, low energy photons will be more availed if, a collection of allowed electronic states within the band-gap of the absorber layer effectively divide the main gap in two smaller gaps. The ternary chalcogenide, CuGaS2, has a broad band-gap (…
An increase in global energy consumption associated with the intensive use of fossil fuels has intensified the search for renewable energy development. The main sources of energy, such as fossil, hydro and nuclear, have attracted attention because they are pollutants, cause environmental hazards or even to human health and they are exhaustible in long term. Due to the large supply of sola…
Chalcogenide thin-film solar cells may be able to out-compete silicon solar cells based on initial capital expenditure requirements and the ultimate cost of electricity ($/W) due to their high efficiency and low cost. The chalcogenides that have been commonly used as absorber materials are CIS, CIGS, and CZTS. They present some advantages of having a direct and tunable band gap (1.0 - 2.5…
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