
José Alberto Moreno Martínez
Investigador
COMISIÓN CHILENA DE ENERGÍA NUCLEAR
Santiago, Chile
Líneas de Investigación
X-rays from pulsed plasmas; plasma ionization processes; transient electrical discharge and plasma experimental diagnostics; Plasma Physics: Dense Transient Plasma (Capillary Discharge, Plasma Focus, Hollow Cathode Discharge); Particles Beams Emission (Ions, Electrons and Neutrons); Nuclear Physics and Nuclear Detectors
Educación
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Física, PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE. Chile, 2000
Experiencia Académica
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Instructor de Laboratorio docentes Other
PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE
Fisica
Santiago, Chile
1992 - 2000
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Profesor de física Part Time
UNIVERSIDAD DEL DESARROLLO
Ingeniería
Santiago, Chile
2001 - 2005
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Profesor de física Part Time
UNIVERSIDAD DE LAS AMERICAS
Ingeniería
Santiago, Chile
2006 - 2006
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Profesor Asociado Adjunto Part Time
UNIVERSIDAD ANDRES BELLO
Facultad de Ciencias Exactas
Santiago, Chile
2012 - 2013
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Profesor titular adjunto Part Time
UNIVERSIDAD METROPOLITANA DE CIENCIAS DE LA EDUCACION
Ciencias Básicas
Santiago, Chile
2017 - At present
Formación de Capital Humano
- “ESTUDIO DE EMISIÓN DE PARTÍCULAS CARGADAS EN DISPOSITIVOS PLASMA FOCUS”
Diana Morales Arango,
Grado de Magister en Ciencias Físicas
Universidad Andrés Bello
2013
- "DESARROLLO DE SISTEMA DE DETECCIÓN, EN TIEMPO REAL, DE IONES EN DISPOSITIVOS DE DESCARGA TIPO PLASMA FOCO"
Nicole Juanchuto Viertel
Ingeniería Física
Universidad de Santiago de Chile
2015
- “CARACTERIZACIÓN Y ESTUDIOS PARA OPTIMIZACIÓN ELÉCTRICA DE DISPOSITIVO PLASMA FOCUS DE 2KJ”
Derik Niñoles Cantillana
Ingeniería Eléctrica
Universidad de Santiago de Chile
2015
Article (92)
A model for defect formation in materials exposed to radiation
Davis, Sergio; Gutierrez, Gonzalo; Avaria, Gonzalo; Bora, Biswajit; Moreno, Jose; Pavez, Cristian
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Experimental measurements of high-energy photons in X-rays pulses emitted from a hundred joules plasma focus device and its interpretations
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Experimental evidence of more than one ions acceleration mechanisms in plasma focus device: Observations and interpretations
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Single-particle velocity distributions of collisionless, steady-state plasmas must follow superstatistics
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Development, Characterizations and Applications of a Hand Touchable DC Plasma Needle for Bio-Medical Investigation
Bora, Biswajit; Aguilera, Alejandro; Jain, Jalaj; Avaria, Gonzalo; Moreno, José; Gupta, Suryakant B; and Soto, Leopoldo.
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Differential miRNA expression profiling reveals miR-205-3p to be a potential radiosensitizer for low- dose ionizing radiation in DLD-1 cells
Tapia, Julio C; soto, leopoldo
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Electromagnetic Burst Measurement System Based on Low Cost UHF Dipole Antenna
Escalona, Ismael; Avaria, Gonzalo; Díaz, Marcos; Ardila-Rey, Jorge; Moreno, José; Pavez, Cristian; and Soto, Leopoldo
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Evidence of nuclear fusion neutrons in an extremely small plasma focus device operating at 0.1 Joules
Barbarglia, Mario
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Hundred joules plasma focus device as a potential pulsed source for in vitro cancer cell irradiation
Jain, Jalaj; Moreno, José; Andaur, Rodrigo; Armisen, Ricardo; Morales, Diana; Marcelain, Katherine; Avaria, Gonzalo; Bora, Biswajit; Davis, Sergio; Pavez, Cristian and Soto
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Observation and interpretation of neutron origin prior to hard x-rays and pinch in a hundred joules plasma focus device
Jain, Jalaj; Moreno, José; Morales, Diana; Davis, Sergio; Bora, Biswajit; Avaria, Gonzalo; Inestrosa-Izurieta, María José and Soto
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Characterization of the ionization degree evolution of the PF-400J plasma sheath by means of time resolved optical spectroscopy
Avaria, G.; Cuadrado, O.; Moreno, J.; Pavez, C.; Soto, L.
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Characterization of the ionization degree evolution of the PF-400J plasma sheath by means of time resolved optical spectroscopy
Avaria, G; Cuadrado, O.; Moreno, J; Pavez, C.; Soto L.
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Characterization of x-rays pulses from a hundred joules plasma focus to study its effects on cancer cells
Jain, J.; Moreno, J.; Avaria, G.; Pavez, C.; Bora, B.; Inestrosa Izurieta, M. J.; Diez, D.; Alvarez, O.; Tapia, J.; Marcelain K.
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Characterization of x-rays pulses from a hundred joules plasma focus to study its effects on cancer cells.
Jain, J; Moreno, J; Avaria, G; Pavez, C.; Bora, B; Izurieta, M. J. Inestrosa; Diez, D.; Alvarez, O; Tapia, J.; Marcelain, K; et al.
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Development of plasma needle to be used for biomedical applications
Bora, B; Jain, J; Avaria, G; Moreno, J; Pavez, C.; Marcelain, K; Armisen, R; Soto L.
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Ion beam measurement using Rogowski coils in a hundred of joules dense plasma focus device
Jain, J.; Moreno, J.; Pavez, C.; Bora, B.; Inestrosa-Izurieta, M. J.; Avaria, G.; Soto, L.
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Temporal Variation of the Current Sheet Inductance from PACO Plasma Focus Device
Barbaglia, M. O.; Milanese, M.; Soto L.; Clausse A.; Moreno, J; Pavez, C.; Moreno C.
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Temporal Variation of the Current Sheet Inductance from PACO Plasma Focus Device
Barbaglia, M. O.; Milanese, M.; Soto, L.; Clausse, A.; Moreno, J.; Pavez, C.; Moreno, C.
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Neutron energy distribution and temporal correlations with hard x-ray emission from a hundreds of joules plasma focus device
Moreno, J; Veloso F.; Pavez, C.; Tarifeno-Saldivia, A; Klir D.; Soto L.
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Characterization of the axial plasma shock in a table top plasma focus after the pinch and its possible application to testing materials for fusion reactors
Soto L.; Pavez, C.; Moreno, J; Inestrosa-Izurieta, M.J.; Veloso F.; Gutierrez G.; Vergara, J; Clausse A.; Bruzzone H.; Castillo, F.; et al.
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Characterization of the axial plasma shock in a table top plasma focus after the pinch and its possible application to testing materials for fusion reactors
Soto Leopoldo; Pavez Cristian; Moreno Jose; Inestrosa‐ Izurieta Maria Jose; Veloso Felipe; Gutierrez Gonzalo; Vergara Julio; Clausse Alejandro; Bruzzone Horacio; Castillo Fermin; Delgado‐ Aparicio Luis Felipe
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Filamentary structures in dense plasma focus: Current filaments or vortex filaments?
Soto L.; Pavez, C.; Castillo, F.; Veloso F.; Moreno, J; Auluck, SKH
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Filamentary structures in pinch plasma focus: current filaments or vortex filaments
Soto Leopoldo; Pavez Cristian; Castillo Fermín; Veloso Felipe; Moreno José; Auluck S. K. H.
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Ion emission study using visible spectroscopy and ToF method in a plasma focus device of two kilojoules
Moreno, J.; Morales, D.; Avaria, G.; Pavez, C.; Soto L.
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Time resolved visible spectroscopy studies of the plasma sheath evolution in a low energy plasma focus device
Avaria, G.; Cuadrado, O.; Moreno, J.; Soto, L.
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Correlations Among Neutron Yield and Dynamical Discharge Characteristics Obtained from Electrical Signals in a 400 J Plasma Focus
Veloso F.; Pavez, C.; Moreno, J; Galaz, V.; Zambra M.; Soto L.
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Non-intrusive plasma diagnostics for measuring sheath kinematics in plasma focus discharges
Felipe Veloso ; José Moreno; Ariel Tarifeño-Saldivia; Cristian Pavez; Marcelo Zambra ; Leopoldo Soto
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Non-intrusive plasma diagnostics for measuring sheath kinematics in plasma focus discharges
Veloso F.; Moreno, J; Tarifeno-Saldivia, A; Pavez, C.; Zambra M.; Soto L.
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Plasma sheath kinematics and some implications on the modeling of very low energy plasma focus devices
Felipe Veloso; Ariel Tarifeño-Saldivia; Cristian Pavez; José Moreno; Marcelo Zambra; Leopoldo Soto
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Plasma sheath kinematics and some implications on the modeling of very low energy plasma focus devices
Veloso F.; Tarifeno-Saldivia, A; Pavez, C.; Moreno, J; Zambra M.; Soto L.
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Potentiality of a small and fast dense plasma focus as hard x-ray source for radiographic applications
Cristian Pavez; José Pedreros; Marcelo Zambra; Felipe Veloso; José Moreno; Ariel Tarifeño-Saldivia ; Leopoldo Soto
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Potentiality of a small and fast dense plasma focus as hard x-ray source for radiographic applications
Pavez, C.; Pedreros J.; Zambra M.; Veloso F.; Moreno, J; Ariel T.-S.; Soto L.
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Dynamics and Density Measurements in a Small Plasma Focus of Tens of Joules Emitting Neutrons
Ariel Tarifeño-Saldivia; Cristian Pavez; José Moreno; Leopoldo Soto
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Dynamics and Density Measurements in a Small Plasma Focus of Tens-of-Joules-Emitting Neutrons
Tarifeno-Saldivia, A; Pavez, C.; Moreno, J; Soto L.
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Studies on scalability and scaling laws for the plasma focus: similarities and differences in devices from 1 MJ to 0.1 J
Soto L.; Pavez, C.; Tarifeño A.; Moreno, J; Veloso F.
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Studies on scalability and scaling laws for the plasma focus: similarities and differences in devices from 1MJ to 0.1J
Leopoldo Soto; Cristian Pavez; Ariel Tarifeño; José Moreno ; Felipe Veloso
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Experimental results on hard x-ray energy emitted by a low-energy plasma focus device: a radiographic image analysis
Zambra M.; Silva P.; Pavez, C.; Pasten, D; Moreno, J; Soto L.
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Experimental results on hard x-ray energy emitted by a low-energy plasma focus device: a radiographic image analysis
Marcelo Zambra; Patricio Silva; Denisse Pasten; José Moreno ; Leopoldo Soto
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Nanofocus of tenth of joules and a portable plasma focus of few joules for field applications
Soto L.; Pavez C.; Moreno J.; Tarifeno, A; Pedreros, J; Altamirano L.
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Nanofocus: an ultra-miniature dense pinch plasma focus device with submillimetric anode operating at 0.1 J
Soto L.; Pavez, C.; Moreno, J; Barbaglia, M; Clausse A.
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Nanofocus: an ultra-miniature dense pinch plasma focus device with submillimetric anode operating at 0.1 J
Soto L.; Pavez C.; Moreno J.; Barbaglia, M; Clausse A.
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Preliminary Studies of Ions Emission in a Small Plasma Focus Device of Hundreds of Joules
Moreno J.; Pavez C.; Soto L.; Tarifeno, A; Reymond, P; Verschueren, N; Ariza, P
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Scaling, stability, and fusion mechanisms. Studies using plasma focus devices from tens of kilojoules to tenth of joules
Soto L.; Pavez C.; Tarifeno, A; Moreno J.; Cardenas, M
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Demonstration of neutron production in a table top pinch plasma focus device operated at only tens of joules
Leopoldo Soto; Patricio Silva; José Moreno; Marcelo Zambra; Walter Kies; Roberto E. Mayer; Alejandro Clausse; Luis Altamirano; Cristian Pavez; Luis Huerta
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Demonstration of neutron production in a table-top pinch plasma focus device operating at only tens of joules
Soto L.; Silva P.; Moreno, J; Zambra M.; Kies, W; Mayer, RE; Clausse A.; Altamirano L.; Pavez, C.; Huerta L.
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Dense transient pinches and pulsed power technology: research and applications using medium and small devices
Soto L.; Pavez, C.; Moreno, J; Cárdenas M.; Tarifeño A.; Silva P.; Zambra M.; Huerta L.; Tenreiro, C; Giordano, JL; et al.
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Progress in z-pinch research driven by the mega-ampere device SPEED2
Pavez C.; Soto L.; Moreno J.; Tarifeno, A; Sylvester, G
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Repetitive nanofocus: Evidence of neutron and x-ray emission from an ultra miniature pinch plasma focus discharge operating at tens of Hz
Soto L.; Pavez C.; Moreno J.; Altamirano L.
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System for measurement of low yield neutron pulses from D-D fusion reactions based upon a (3)He proportional counter
Moreno, J; Birstein, L; Mayer, RE; Silva P.; Soto L.
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System for measurements of low yield neutron pulses from D-D fusion reactions based upon a 3He proportional counter
Moreno José; Birstein Lipo; Mayer Roberto; Silva Patricio; Soto Leopoldo
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A gas embedded Z-pinch driven by SPEED2 generator
Soto L.; Pavez C.; Moreno J.; Sylvester, G; Silva, P; Zambra, M; Clausse A.
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An ultra miniature pinch focus discharge operating with submillimetric anodes and energy of 0.1 joule: Nanofocus
Soto L.; Pavez C.; Moreno J.
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Evidence of x-ray emission from an ultra miniature pinch focus discharge operating at 0.1 joules: Nanofocus
Pavez C.; Moreno J.; Soto L.
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Ferroelectric thick film in an insulator of a low-energy plasma focus
Sylvester, G; Zambra M.; Silva P.; Moreno, J
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Ferroelectric thick film in an insulator of a low-energy plasma focus
Sylvester, G; Zambra, M; Silva, P; Moreno J.
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Measurements of plasma density in a fast and compact plasma focus operating at hundreds of joules
Pavez C.; Silva, P; Moreno J.; Soto L.
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Neutron emission and angular distribution in compact plasma focus devices operating at hundreds of joules
Silva, P; Moreno J.; Pavez C.; Castillo F.; Herrera, J; Soto L.
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Preliminary measurements of neutron emission in a repetitive plasma focus device (>3 Hz)
Silva P.; Moreno, J; Soto L.; Arancibia J.
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Preliminary measurements of neutron emission in a repetitive Plasma focus device (> 3 Hz)
Silva, P; Moreno J.; Soto L.; Arancibia, J
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Soft x-ray emission and charged particles beams from a plasma focus of hundreds joules
Silva, P; Moreno J.; Pavez C.; Soto L.; Arancibia, J
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SPEED2 driven a gas embedded Z-pinch preliminary results
Soto L.; Pavez C.; Moreno J.; Sylvester, G; Silva, P; Zambra, M
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Study on ferroelectric thick film insulator sleeve on plasma focus
Sylvester, G; Silva, P; Moreno J.; Zambra, M; Soto L.
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Experimental observations of the virtual anode motion and streamer breakdown mechanisms in a pseudospark discharge
Zambra M.; Moreno, J; Inostroza J.; Araneda, JC
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Experimental observations of the virtual anode motion and streamer breakdown mechanisms in a pseudospark discharge
Zambra, M; Moreno J.; Inostroza, J; Araneda, JC
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Pinch evidence in a fast and small plasma focus of only tens of joules
Silva P.; Soto L.; Kies, W; Moreno, J
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Pinch evidence in a fast and small plasma focus of only tens of joules
Silva, P; Soto L.; Kies, W; Moreno J.
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Research on pinch plasma focus devices of hundred of kilojoules to tens of joules
Soto L.; Silva, P; Moreno J.; Silvester, G; Zambra, M; Pavez C.; Altamirano L.; Bruzzone H.; Barbaglia, M; Sidelnikov, Y; Kies, W
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Research on pinch plasma focus devices of hundred of kilojoules to tens of joules
Soto L.; Silva P.; Moreno, J; Silvester, G; Zambra M.; Pavez, C.; Altamirano L.; Bruzzone H.; Barbaglia, M; Sidelnikov, Y; et al.
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Experimental results of growth and breakdown mechanisms in the final stage of a pseudospark discharge
Zambra, A; Moreno J.; Soto L.; Rosales, L
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Neutron emission from a fast plasma focus of 400 Joules
Silva P.; Moreno, J; Soto L.; Birstein, L; Mayer, RE; Kies, W
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Neutron emission from a fast plasma focus of 400 Joules
Silva, P; Moreno J.; Soto L.; Birstein, L; Mayer, RE; Kies, W
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Optical observations of the plasma motion in a fast plasma focus operating at 50J
Moreno, J; Silva P.; Soto L.
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Optical observations of the plasma motion in a fast plasma focus operating at 50J
Moreno J.; Silva, P; Soto L.
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Plasma motion observations in a very small plasma focus in the limit of low energy
Soto L.; Silva P.; Moreno, J; Altamirano L.; Clausse A.
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Plasma motion observations in a very small plasma focus in the limit of low energy
Soto L.; Silva, P; Moreno J.; Altamirano L.; Clausse A.
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A plasma focus driven by a capacitor bank of tens of joules
Silva P.; Soto L.; Moreno, J; Sylvester, G; Zambra M.; Altamirano L.; Bruzzone H.; Clausse A.; Moreno C.
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A plasma focus driven by a capacitor bank of tens of joules
Silva, P; Soto L.; Moreno J.; Sylvester, G; Zambra, M; Altamirano L.; Bruzzone H.; Clausse A.; Moreno, C
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A very small plasma focus operating at tens of joules
Soto L.; Silva, P; Moreno J.; Clausse A.; Kies, W
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Dense Plasmas research in the Chilean Nuclear Energy Commission: Past, present and future
Soto L.; Silva P.; Moreno, J; Zambra M.; Sylvester, G; Esaulov, A; Altamirano L.
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Dense transient plasmas driven by a mega-ampere device in the Chilean Nuclear Energy Commission
Soto L.; Kies, W; Sylvester, G; Ziethen, G; Zambra, M; Moreno J.; Silva, P; Birstein, L; Munoz, RM; Saavedra, R
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Fast capillary discharge experiments in a small device. Spectra in the VUV region
Soto L.; Nazarenko, A; Pavez C.; Silva, P; Moreno J.; Aubel, K; Vucina, T
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Fast capillary discharge: plasma dynamics and VUV spectroscopy diagnostics
Soto L.; Silva P.; Sylvester, G; Moreno, J; Esaulov, A; Nazarenko, A
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Fast capillary discharge: plasma dynamics and VUV spectroscopy diagnostics
Soto L.; Silva, P; Sylvester, G; Moreno J.; Esaulov, A; Nazarenko, A
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Further statistical studies of ionization growth and breakdown formation mechanisms in the final breakdown phase of a transient hollow cathode discharge
Moreno, J; Zambra M.; Favre, M.
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Further statistical studies of ionization growth and breakdown formation mechanisms in the final breakdown phase of a transient hollow cathode discharge
Moreno J.; Zambra, M; Favre M.
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Ionization processes in a transient hollow cathode discharge 100 ns before the electrical breakdown
Moreno J.; Zambra, M; Favre M.
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Ionization processes in a transient hollow cathode discharge 100 ns before the electrical breakdown
Moreno, J; Zambra M.; Favre, M.
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Plasma dynamics and VUV spectroscopy diagnostics in a fast capillary discharge
Soto L.; Esaulov, A; Silva, P; Sylvester, C; Moreno J.; Zambra, M; Nazarenko, A
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Temporal statistical analysis of ionization events in the final pre-breakdown phase of a Transient Hollow Cathode Discharge
Moreno J.; Zambra, M; Favre M.
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Transient electrical discharges in small devices
Soto L.; Esaulov, A; Moreno J.; Silva, P; Sylvester, G; Zambra, M; Nazarenko, A; Clausse A.
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Transient electrical discharges in small devices
Soto L.; Esaulov, A; Moreno, J; Silva P.; Sylvester, G; Zambra M.; Nazarenko, A; Clausse A.
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Time evolution of hollow cathode ionization processes in the final breakdown phase of a transient hollow cathode discharge
Chuaqui, H
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ConferencePaper (29)
Ion emission study using visible spectroscopy and ToF method in a plasma focus device of two kilojoules
Moreno, J; Morales, D; Avaria, G; Cuadrado, O.; Soto L.
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Time resolved visible spectroscopy studies of the plasma sheath evolution in a low energy plasma focus device
Avaria, G; Cuadrado, O.; Moreno, J; Soto L.
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Initial stages in hundreds of Joules plasma focus operating in deuterium - argon mixtures: Preliminary results
Veloso F.; Soto L.; Pavez, C.; Moreno, J
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Measurements of ions emission using ToF method and CR39 SSNTD in a Small Plasma Focus device of Hundreds of Joules
Moreno, J; Pedreros J.; Soto L.
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Non-radioactive Source for Field Applications Based in a Plasma Focus of 2J: Pinch evidence
Soto L.; Pavez, C.; Moreno, J; Pedreros J.; Altamirano L.
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Potentiality of a table top plasma focus as X-ray source: Radiographic applications
Pavez, C.; Zambra M.; Veloso F.; Moreno, J; Soto L.
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A necessary experimental discussion concerning the X-rays' Plasma Focus use for radiographic images applications
Zambra M.; Pavez, C.; Moreno, J
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Analysis of the ion beams generated in a very low-energy plasma focus device by a linear array of faraday cups
Moreno, J; Avaria, G; Morales, D
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Experimental study in a plasma focus with modified electrodes
Pavez, C.; Avaria, G; Moreno, J; Cabrini N.
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The silver counter neutron detector revisited
Llanquihuen-Martinez A.; Tarifeo-Saldivia A.; Moreno, J; Soto L.
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Enhanced Calibration Method of Silver Detector to Use in a Plasma Focus Device of Low Yield
Moreno, J; Tarifeno-Saldivia, A; Soto L.
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Tests of the HYDAD-D Landmine Detector on Dry Soil in Northern Chile
Pavez, C.; Brooks, FD; Smit, FD; Moreno, J; Altamirano L.; Soto L.
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Progress in z-pinch research driven by the mega-ampere device SPEED2
Pavez, C.; Soto L.; Moreno, J; Tarifeño A.; Sylvester, G
|
Repetitive nanofocus: Evidence of neutron and x-ray emission from an ultra miniature pinch plasma focus discharge operating at tens of Hz
Soto L.; Pavez, C.; Moreno, J; Altamirano L.
|
A gas embedded Z-pinch driven by SPEED2 generator
Soto L.; Pavez, C.; Moreno, J; Sylvester, G; Silva P.; Zambra M.; Clausse A.
|
An ultra miniature pinch focus discharge operating with submillimetric anodes and energy of 0.1 joule: Nanofocus
Soto L.; Pavez, C.; Moreno, J
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Evidence of x-ray emission from an ultra miniature pinch focus discharge operating at 0.1 joules: Nanofocus
Pavez, C.; Moreno, J; Soto L.
|
Measurements of plasma density in a fast and compact plasma focus operating at hundreds of joules
Pavez, C.; Silva P.; Moreno, J; Soto L.
|
Neutron emission and angular distribution in compact plasma focus devices operating at hundreds of joules
Silva P.; Moreno, J; Pavez, C.; Castillo, F.; Herrera J.; Soto L.
|
Preliminary measurements of neutron emission in a repetitive Plasma focus device (> 3 Hz)
Silva P.; Moreno, J; Soto L.; Arancibia J.
|
Soft x-ray emission and charged particles beams from a plasma focus of hundreds joules
Silva P.; Moreno, J; Pavez, C.; Soto L.; Arancibia J.
|
SPEED2 driven a gas embedded Z-pinch preliminary results
Soto L.; Pavez, C.; Moreno, J; Sylvester, G; Silva P.; Zambra M.
|
Study on ferroelectric thick film insulator sleeve on plasma focus
Sylvester, G; Silva P.; Moreno, J; Zambra M.; Soto L.
|
Experimental results of growth and breakdown mechanisms in the final stage of a pseudospark discharge
Zambra A.; Moreno, J; Soto L.; Rosales, L
|
A very small plasma focus operating at tens of joules
Soto L.; Silva P.; Moreno, J; Clausse A.; Kies, W
|
Dense transient plasmas driven by a mega-ampere device in the Chilean Nuclear Energy Commission
Soto L.; Kies, W; Sylvester, G; Ziethen, G; Zambra M.; Moreno, J; Silva P.; Birstein, L; Munoz, RM; Saavedra, R
|
Fast capillary discharge experiments in a small device. Spectra in the VUV region
Soto L.; Nazarenko, A; Pavez, C.; Silva P.; Moreno, J; Aubel, K; Vucina, T
|
Plasma dynamics and VUV spectroscopy diagnostics in a fast capillary discharge
Soto L.; Esaulov, A; Silva P.; Sylvester, C; Moreno, J; Zambra M.; Nazarenko, A
|
Temporal statistical analysis of ionization events in the final pre-breakdown phase of a Transient Hollow Cathode Discharge
Moreno, J; Zambra M.; Favre, M.
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Proyecto (13)
EXPERIMENTAL CHARACTERIZATION OF PULSED RADIATIONS AND PARTICLES GENERATED BY LOW AND VERY LOW ENERGY PLASMA FOCUS DEVICES AND STUDY OF THEIRS EFFECTS ON MATTER
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Plasma Physics and Pulsed Power for Energy and Life. Effects and Applications in Living Matter and Materials
PIA (ACT-172101)
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“Simbiosis, Fusión- Fisión: Conceptos Innovativos para la Energía Nuclear”
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EXPERIMENTAL STUDY OF RADIATIONS AND CHARGED PARTICLE BEAMS USING LOW AND VERY LOW ENERGY PLASMA FOCUS DEVICES
FONDECYT (1120801)
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FISICA DE PLASMA, POTENCIA PULSADA Y BIOLOGIA CELULAR PARA ENERGIA, VIDA Y MEDIOAMBIENTE, P4
PIA (ACT-1115)
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“Experimental study of radiations and charged particle beams using low and very low energy plasma focus devices”.
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“Física de Plasma, Potencia Pulsada y Biología Celular para Energía, Vida y Medio Ambiente”.
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Center for Research and Applications in Plasma Physics and Pulsed Power, P4
PIA (ACT-26)
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"Center for research and application in plasma physics and pulsed power, P4 "
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Study of Plasma Dynamic, Soft X-Ray and Neutron Emission in Plasma Focus Devices of Tens and Hundreds of Joules
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STUDY OF PLASMA DYNAMIC, SOFT X-RAY AND NEUTRON EMISSION IN PLASMA FOCUS DEVICES OF TENS TO HUNDREDS OF JOULES
FONDECYT (1040231)
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Cátedra Presidencial en ciencia 1999, “Plasma Physics in Small Devices"
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ESTUDIO CUANTITATIVO DE FENOMENOS ASOCIADOS A FORMACION DE CARGA EN DESCARGAS TRANSIENTES DE CATODO HUECO
FONDECYT (2950069)
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Review (1)

Jorge Ramos
Associate Professor
Mechanical and Metallurgical Engineering
PONTIFICIA UNIVERSIDAD CATOLICA
Santiago, Chile

Renato Saavedra
UNIVERSIDAD DE CONCEPCIÓN, FAC. CS. FÍSICAS Y MATEMÁTICAS, DEPTO. DE FÍSICA
Concepcion, Chile

Katherine Marcelain
Profesora Asociada
Oncología Básico Clínica
UNIVERSIDAD DE CHILE, FACULTAD DE MEDICINA
Santiago, Chile

Gonzalo Gutierrez
Associate Professor
Fisica
FACULTAD DE CIENCIAS, UNIVERSIDAD DE CHILE
Santiago, Chile

Mario Favre
Profesor Titular
Instituto de Física, Pontificia Universidad Católica de Chile
Santiago, Chile

Ricardo Armisen
Associate Professor
Centro de Genética y Genómica
Universidad del Desarrollo
Santiago, Chile

Cristian Pavez
Researcher
Nuclear Sciences Department
COMISIÓN CHILENA DE ENERGÍA NUCLEAR
Santiago, Chile

Sergio Davis
Investigador
Departamento de Ciencias Nucleares
COMISION CHILENA DE ENERGIA NUCLEAR
Santiago, Chile

Cesar Retamal
Profesor Conferenciante
Departamento de Ingeniería y Gestión de la en Construcción
UNIVERSIDAD DE TALCA
Curicó, Chile

Denisse Pasten
Profesora Asistente
Departamento de Física
UNIVERSIDAD DE CHILE. FACULTAD DE CIENCIAS.
Santiago, Chile

Leopoldo Soto
Head of the Plasma Physics and Nuclear Fusion Laboratory
Thermonuclear Plasma Department
Comisión Chilena de Energia Nuclear
Santiago, Chile

Rodrigo Escobar
Associate Professor
Mechanical and Metallurgical Engineering
Pontificia Universidad Catolica de Chile
Santiago, Chile

JULIO TAPIA
Full Professor
Program of Cellular and Molecular Biology
UNIVERSIDAD DE CHILE
SANTIAGO, Chile

María José Inestrosa
Investigador
Centro de Materiales para la Transición y Sostenibilidad Energética
COMISION CHILENA DE ENERGIA NUCLEAR
Santiago, Chile

Biswajit Bora
Investigador
Departamento de Ciencias Nucleares
comision chilena de energia nuclear
Santiago, Chile

Luis Huerta
Jefe de División
División de Investigación y Aplicaciones Nucleares
Comisión Chilena de Energía Nuclear
Santiago, Chile

marcelo zambra
Investigador
Centro de Investigación en Física Nuclear y Espectroscopía de Neutrones
Comisión Chilena de Energía Nuclear
Santiago, Chile