Ramis Abril, Rafael rafael.ramis@upm.es
Publications
- Articles 76
- Books 0
- Book chapters 0
- Conferences 27
- Working papers 0
- Technical reports 0
- Research projects 8
- Supervised theses 0
- Patent or software license 0
2-ELECTRON TEMPERATURE MODEL OF A LASER-DRIVEN-IMPLOSION
- SANMARTIN, JR
- RAMIS, R
- MONTANES, JL
- SANZ, J;
Physics Of Fluids (p. 2282-2285) - 1/1/1985
10.1063/1.865281 View at source
- ISSN 10897666
- ISSN/ISBN 1070-6631
A 3 MJ optimized hohlraum target for heavy ion inertial confinement fusion
- Ramis, R
- Ramirez, J
- Honrubia, JJ
- Meyer-ter-Vehn, J
- Piriz, AR
- Sanz, J
- Ibanez, LF
- Sanchez, MM
- de la Torre, M;
Nuclear Instruments & Methods In Physics Research Section A-Accelerators Spectrometers Detectors And Associated Equipment (p. 93-97) - 21/9/1998
10.1016/s0168-9002(98)00373-8 View at source
- ISSN 01689002
A conservative MHD scheme on unstructured Lagrangian grids for Z-pinch hydrodynamic simulations
- Wu, Fuyuan
- Ramis, Rafael
- Li, Zhenghong;
Journal Of Computational Physics (p. 206-229) - 15/3/2018
10.1016/j.jcp.2017.12.014 View at source
- ISSN 00219991
Alpha particles range modified by hot electrons adversely affects the energy threshold in direct-drive inertial confinement fusion
- Temporal M
- Piriz AR
- Canaud B
- Ramis R
European Physical Journal Plus - 1/1/2024
10.1140/epjp/s13360-023-04765-w View at source
- ISSN 21905444
Analysis of three-dimensional effects in laser driven thin-shell capsule implosions
- Ramis R
- Canaud B
- Temporal M
- Garbett W
- Philippe F
Matter And Radiation At Extremes - 1/9/2019
10.1063/1.5095612 View at source
- ISSN 24682047
Comparison between illumination model and hydrodynamic simulation for a direct drive laser irradiated target
- Temporal, M.
- Canaud, B.
- Garbett, W. J.
- Ramis, R.;
Laser And Particle Beams (p. 549-556) - 12/9/2014
10.1017/s0263034614000500 View at source
- ISSN 1469803X
Comparison of the evolution of Rayleigh-Taylor instability during the coasting phase of the central ignition and the double-cone ignition schemes
- Lei YY
- Wu FY
- Ramis R
- Zhang J
Physics Of Plasmas - 1/1/2024
10.1063/5.0171022 View at source
- ISSN 1070664X
Creation of persistent, straight, 2 mm long laser driven channels in underdense plasmas
- Sarri, G.
- Lancaster, K. L.
- Trines, R.
- Clark, E. L.
- Hassan, S.
- Jiang, J.
- Kageiwa, N.
- Lopes, N.
- Ramis, R.
- Rehman, A.
- Ribeyre, X.
- Russo, C.
- Scott, R. H. H.
- Tanimoto, T.
- Temporal, M.
- Borghesi, M.
- Davies, J. R.
- Najmudin, Z.
- Tanaka, K. A.
- Tatarakis, M.
- Norreys, P. A.;
Physics Of Plasmas - 1/11/2010
10.1063/1.3505305 View at source
- ISSN 1070664X
Dependence of Inertial Confinement Fusion capsule performance on fuel reaction rate
- Temporal M
- Canaud B
- Ramis R
European Physical Journal d - 1/1/2021
10.1140/epjd/s10053-020-00032-0 View at source
- ISSN 14346060
Dependence of inertial confinement fusion ignition energy threshold on electron thermal conduction
- Temporal, Mauro
- Canaud, Benoit
- Brandon, Vincent
- Ramis, Rafael;
European Physical Journal d - 1/1/2019
10.1140/epjd/e2018-90475-1 View at source
- ISSN 14346060
This researcher has no books.
This researcher has no book chapters.
Numerical simulation of imploding cylindrical laser-targets
- Ramis R
- Ramírez J
- Schurtz G
9781622763337 (p. 213-216) - 1/12/2006
- iMarina
Numerical simulation with MULTI code vs. analytical model in ablative Rayleigh Taylor mode generation
- Ramírez J
- Sanz J
- Ramis R
9781622763337 (p. 1852-1855) - 1/12/2006
- ISSN/ISBN 9781622763337
- Dialnet
- iMarina
Numerical studies on the radiation uniformity of quasi-spherical Z-pinch dynamic hohlraum using code MULTI-2D
- Yanyun Ma
- Fuyuan Wu
- RAMIS ABRIL, RAFAEL
0 (p. 0-0) - 5/11/2018
- iMarina
Some numerical studies on the ablative Rayleigh Taylor instability.
- RAMIS ABRIL, RAFAEL
- SANZ RECIO, FCO. JAVIER
2/7/2007
- iMarina
Symmetry issues in Directly Irradiated Targets
- V. Brandon
- B. Canaud
- RAMIS ABRIL, RAFAEL
Epj Web Of Conferences (p. 0-0) - 1/12/2013
10.1051/epjconf/20135902017 View at source
- ISSN 2100014X
- iMarina
- iMarina
Symmetry issues in spherical laser-driven implosions
- RAMIS ABRIL, RAFAEL
30/1/2010
- iMarina
Systematic analysis of direct-drive baseline designs for shock ignition with the Laser MegaJoule
- V. Brandon
- S. Laffite
- B. Canaud
- RAMIS ABRIL, RAFAEL
Epj Web Of Conferences (p. 0-0) - 1/12/2013
10.1051/epjconf/20135903004 View at source
- ISSN 2100014X
- iMarina
- iMarina
This researcher has no working papers.
This researcher has no technical reports.
DEVELOPMENT OF A 2D TWO-TEMPERATURE, SECOND ORDER ARBITRARY LANGRANGIAN-EULERIAN, MAGNETOHYDRODYNAMIC COMPUTER CODE
- RAMIS ABRIL, RAFAEL (Investigador principal (IP))
Period: 16-08-2017 - 15-08-2019
Type of funding: Internal
- iMarina
European High Power Laser Energy Research Facility
- Ogando Serrano, Francisco (Participante)
- Sauvan, Patrick (Participante)
- Minguez Torres, Emilio (Investigador principal (IP))
- OLIVA GONZALO, EDUARDO (Participante)
- VELARDE MAYOL, PEDRO (Participante)
- VELARDE MAYOL, MARTA (Participante)
- Perlado Martín, José Manuel (Participante)
- PORTILLO GARCIA, DAVID (Participante)
- CONDE LOPEZ, LUIS (Participante)
- COTELO FERREIRO, MANUEL (Participante)
- RODRIGUEZ PEREZ, RAFAEL (Participante)
- MARTEL ESCOBAR, PABLO (Participante)
- GIL DE LA FE, JUAN MIGUEL (Participante)
- García Rubiano, Jesús (Participante)
- RIO REDONDO, EMMA DEL (Participante)
- ABANADES VELASCO, ALBERTO (Participante)
- VELARDE PINACHO, GUILLERMO (Participante)
- GAMEZ MEJIAS, M.DE LINAREJOS (Participante)
- HONRUBIA CHECA, JOSE JAVIER (Participante)
- MARTINEZ-VAL PEÑALOSA, JOSE MARIA (Participante)
- Piera Carrete, Mireia (Participante)
- Sanz Gozalo, Javier (Participante)
- GAMEZ MEJIAS, BERTA (Participante)
- CARPINTERO SANTAMARIA, M. NATIVIDAD (Participante)
- RAMIS ABRIL, RAFAEL (Participante)
Period: 28-04-2008 - 27-04-2013
Type of funding: International
Amount of funding: 14600,00 Euros.
- iMarina
Experimentos avanzados en haces de partículas, plasma y láser
- HONRUBIA CHECA, JOSE JAVIER (Investigador principal (IP))
- Volpe, Luca (Investigador principal (IP))
- RAMIS ABRIL, RAFAEL (Participante)
- MATEO AGUARÓN, ALFONSO (Miembro del equipo de trabajo)
Period: 01-09-2023 - 31-08-2026
Type of funding: National
- iMarina
Fusión Magneto Inercial
- HONRUBIA CHECA, JOSE JAVIER (Investigador principal (IP))
- SANZ RECIO, FCO. JAVIER (Investigador principal (IP))
- RAMIS ABRIL, RAFAEL (Participante)
- IBAÑEZ GONZALEZ, LUIS FELIPE (Participante)
Period: 01-01-2019 - 31-07-2022
Type of funding: National
Amount of funding: 30250,00 Euros.
- iMarina
Fusión nuclear por confinamiento inercial para la producción de energía de la UE
- SANZ RECIO, FCO. JAVIER (Investigador principal (IP))
- IBAÑEZ GONZALEZ, LUIS FELIPE (Participante)
- HONRUBIA CHECA, JOSE JAVIER (Participante)
- RAMIS ABRIL, RAFAEL (Participante)
Period: 01-01-2007 - 31-12-2012
Type of funding: International
Amount of funding: 88331,25 Euros.
- iMarina
Ignición rápida de blancos de fusión por confinamiento inercial
- RAMIS ABRIL, RAFAEL (Participante)
- HONRUBIA CHECA, JOSE JAVIER (Investigador principal (IP))
Period: 01-01-2010 - 31-12-2012
Type of funding: National
Amount of funding: 53692,00 Euros.
- iMarina
Implementation of activities described in the Roadmap to Fusion during Horizon 2020 through a Joint Programme of the members of the EUROfusion consortium
- TARANCÓN ROMÁN, SANDRA (Participante)
- Pastor Cano, Jose Ygnacio (Investigador principal (IP))
- TEJADO GARRIDO, ELENA MARIA (Participante)
- PALACIOS GARCIA, TERESA (Participante)
- MARTIN SANZ, ANTONIA (Participante)
Period: 01-01-2014 - 31-12-2022
Type of funding: International
Amount of funding: 147414,82 Euros.
- iMarina
Procesos Físicos en Fusión por Confinamiento Inercial y Esquemas Alternativos de Ignición
- HONRUBIA CHECA, JOSE JAVIER (Investigador principal (IP))
- SANZ RECIO, FCO. JAVIER (Investigador principal (IP))
- IBAÑEZ GONZALEZ, LUIS FELIPE (Participante)
- RAMIS ABRIL, RAFAEL (Participante)
Period: 01-01-2015 - 30-09-2018
Type of funding: National
Amount of funding: 75020,00 Euros.
- iMarina
This researcher has no supervised thesis.
This researcher has no patents or software licenses.
Research groups
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Fusión Inercial y Física de Plasmas
Role: Miembro
Researcher profiles
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Publons
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