Gonzalo Felipe Avaria Saavedra
Investigador
COMISIÓN CHILENA DE ENERGÍA NUCLEAR
Santiago, Chile
Pulsed Power and Plasma Physics: Dense Transient Plasmas, Pulsed Capillary Discharges, Plasma Focus. Spectroscopic diagnostics and analyses: Visible, EUV, Soft X-ray, transient and continuous. UHF measurements. Machine Learning applications
-
Física, PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE. Chile, 2008
-
Física, UNIVERSIDAD DE CONCEPCION. Chile, 2002
-
Postdoctoral Fellow Full Time
COLORADO STATE UNIVERSITY
Fort Collins, Estados Unidos
2009 - 2011
-
Postdoctoral Fellow Full Time
COLORADO STATE UNIVERSITY
Fort Collins, Estados Unidos
2015 - 2015
-
Investigador Full Time
COMISION CHILENA DE ENERGIA NUCLEAR
Santiago, Chile
2011 - A la fecha
-
Profesor Part Time
UNIVERSIDAD TECNICA FEDERICO SANTA MARIA
Santiago, Chile
2012 - A la fecha
-
Investigador Full Time
Comision Chilena de Energía Nuclear
Santiago, Chile
2011 - A la fecha
-
Postdoctoral Fellow Full Time
Colorado State University
Fort Collins, Estados Unidos
2009 - 2011
-
Profesor Part Time
Universidad Técnica Federico Santa María
Santiago, Chile
2012 - A la fecha
Graduate thesis directed: 1 (1 Master in Electrical Engineering)
Undergraduate thesis directed: 3 (1 Physics Engineer, 1 Acoustics Engineer, 1 Teacher).
The graduate thesis was related to the characterization and analysis of the UHF-VHF emission from a pulsed plasma discharge. The analysis included the use of Machine Learning algorithms to infer the X-ray emission form the plasma discharge.
The undergraduate thesis were related to spectroscopy. The physics engineer designed and constructed a focusing mirror for grazing incidence spectroscopy of wire array discharges. The acoustic Engineer developed a software based "lock in" system, to be used for photoacoustic spectroscopy. The Teacher developed a teacher's guide and experiment outline for a "mobile phone spectrometer" that was capable of measuring the temperature of the Sun.
-
Premio Universidad de Concepción
UNIVERSIDAD DE CONCEPCION
Chile, 2003
El "Premio Universidad de Concepción" es el máximo galardon académico que la Universidad otorga a los alumnos de pregrado. Se concede anualmente en cada carrera, al estudiante que haya egresado el año academico inmediatamente anterior, obtenga el más alto promedio ponderado de notas entre todos los egresados y cumpla con los requisitos establecidos.
SYNTHESIS OF LI-S-C NANOPARTICLES BY THE SUPERSONIC THERMAL PLASMA EXPANSION METHOD FOR ENERGY STORAGE |
Investigation of energy and pressure balance near stagnation in liner-on-target gas-puff implosions |
FUNDAMENTAL RESEARCH IN LOW ENERGY PLASMA FOCUS DISCHARGES IN A HIGHLY EFFICIENT NEUTRON PRODUCTION REGIME |
ZEEMAN EFFECT SPECTROSCOPY MEASUREMENTS FOR MAGNETIC FIELD CHARACTERIZATION OF A SUB-KJ PLASMA FOCUS DISCHARGE |
Synthesis of Li-S-C nanoparticles for high density energy storage devices by supersonic thermal plasma expansion method |
Experimental spectroscopic studies of the axial acceleration phase in a low energy plasma focus device. |
Física de Plasma, Potencia Pulsada y biología celular para Energía, Vida y Medioambiente. |
Espectroscopia en Plasmas Densos Transientes |
The capillary discharge as an extreme ultraviolet source at limiting operating conditions |
National Science Foundation Center for Extreme Ultraviolet Science and Technology |
Condensed Matter Physics |