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Bio
In 2006 I obtained the Physics degree from University of Valencia, and I began my research career in Germany on the optical characterization of semiconductor quantum wells formed by nitrides. In 2007 I was awarded with a Marie Curie grant to investigate the optical emission of quantum dots grown with nitrides in the University of Florence. I then began my PhD in the University of Valencia until the end of 2011. During that period, I was involved in the optical, electrical, and structural characterization of various nanostructured nitrides. During my PhD, I performed research abroad in the CEA, Grenoble, France, to grow the nanostructured nitride samples that I would later characterize; and in the University of Cambridge, United Kingdom, to electrically characterize gallium nitride nanocolumns doped with Silicon. Additionally, between 2009 and 2011 I taught in the University of Valencia, when I finished my doctorate at the end of 2011. Then, I continued in parallel two aspects of my career.
Firstly, I opened an academy in which we taught all the subjects from primary school to the first years of the University. Personally, I dedicated myself to teaching Mathematics, Physics and scientific subjects, as well as managing the company. At the end of 2022 I closed it.
Secondly, I continued my research and technical career at the University of Valencia. At the beginning of 2012 I got a position in the materials laboratory of the European Space Agency housed in the Valencian Space Consortium. Where, the technological and research lines on the material properties under study are the following:
Analysis and characterization of the secondary emission of electrons in conductive and dielectric materials. This effect is the dominant one in the appearance of the Multipactor phenomenon that can cause the loss of communication with the satellite.
Molecular cleaning techniques of space devices using thermal and vacuum processes. Additionally, the level of contamination is analysed using infrared spectroscopy techniques.
Analysis of venting in space devices. Using this technique, the time a device needs to evacuate the gas from its interior is estimated. This process is extremely important to avoid the appearance of the Corona effect in the presence of radiofrequency.
Study of the material outgassing properties for space applications. This analysis is done to verify that the materials involved in manufacturing a device do not contaminate other parts of the satellite.
Currently, I combine my work as a research staff in the laboratory with a position as an associate professor of the University of Valencia.
Research Interests
Papers共 12 篇Author StatisticsCo-AuthorSimilar Experts
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Jose Joaquin Vague,George Goussetis,Vicente E. Boria, Mark Kunes, Fernando Simoes, Oilid Bouzekri,Marta Reglero,Rafael Mata,David Raboso
IEEE TRANSACTIONS ON MICROWAVE THEORY AND TECHNIQUESno. 99 (2024): 1-0
IEEE MICROWAVE AND WIRELESS TECHNOLOGY LETTERSno. 6 (2023): 675-678
Olaia Álvarez Bermúdez,Katharina Landfester, Rafael Muñoz Espí, Mauro Brotons Gisbert,Ana Cros,Juan P. Martínez Pastor, Daniel Andres Penares,Rafael Abargues, Pedro J. Rodríguez,Alfredo Segura, Juan F. Sánchez, Antonio Crespo Poveda,
semanticscholar(2016)
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#Papers: 12
#Citation: 213
H-Index: 5
G-Index: 5
Sociability: 4
Diversity: 2
Activity: 0
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