Search Results - "Poye, Alexandre"

Laser produced electromagnetic pulses: generation, detection and mitigation by Consoli, Fabrizio, Tikhonchuk, Vladimir T., Bardon, Matthieu, Bradford, Philip, Carroll, David C., Cikhardt, Jakub, Cipriani, Mattia, Clarke, Robert J., Cowan, Thomas E., Danson, Colin N., De Angelis, Riccardo, De Marco, Massimo, Dubois, Jean-Luc, Etchessahar, Bertrand, Garcia, Alejandro Laso, Hillier, David I., Honsa, Ales, Jiang, Weiman, Kmetik, Viliam, Krása, Josef, Li, Yutong, Lubrano, Frédéric, McKenna, Paul, Metzkes-Ng, Josefine, Poyé, Alexandre, Prencipe, Irene, Ra̧czka, Piotr, Smith, Roland A., Vrana, Roman, Woolsey, Nigel C., Zemaityte, Egle, Zhang, Yihang, Zhang, Zhe, Zielbauer, Bernhard, Neely, David

“…This paper provides an up-to-date review of the problems related to the generation, detection and mitigation of strong electromagnetic pulses created in the…”
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Pattern Formation in Low-Pressure Radio-Frequency Plasmas due to a Transport Instability by Désangles, Victor, Raimbault, Jean-Luc, Poyé, Alexandre, Chabert, Pascal, Plihon, Nicolas

“…Pattern formation, observed experimentally in a radio-frequency plasma in annular geometry, and characterized by azimuthal symmetry breaking of the plasma…”
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DIMOHA: A Time-Domain Algorithm for Traveling-Wave Tube Simulations by Minenna, Damien F. G., Elskens, Yves, Andre, Frederic, Poye, Alexandre, Puech, Jerome, Doveil, Fabrice

“…To simulate traveling-wave tubes (TWTs) in time domain and, more generally, the wave-particle interaction in vacuum devices, we developed the DIscrete MOdel…”
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DIMOHA: Traveling-wave tube simulations including band edge and multiple-carriers operations by Mincnna, Damien F.G., Elskens, Yves, Andre, Frederic, Puech, Jerome, Poye, Alexandre, Doveil, Fabrice, Pereira, Telma

“…A new kind of time domain simulation for traveling-wave tube (TWT) is presented. The DIMOHA algorithm should be considered as an alternative to current…”
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Time-Domain non-linear simulations of a 3 meter long traveling wave tube by Aliane, Khalil, Minenna, Damien F. G., Elskens, Yves, Andre, Frederic, Poye, Alexandre

“…At previous IVEC conferences, we presented a new N-body time-domain model for simulating traveling wave tubes (TWTs), which has been applied and assessed for…”
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Progress with DIMOHA for fast time-domain simulations of traveling-wave tubes by Andre, Frederic, Minenna, Damien F. G., Aliane, Khalil, Elskens, Yves, Poye, Alexandre, Puech, Jerome, Doveil, Fabrice

“…We presented at previous IVEC conferences a new model for traveling-wave tubes (TWTs). Since then, we used this model to build the DIMOHA algorithm as an…”
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Time simulation of the nonlinear wave-particle interaction in meters long traveling-wave tubes by Minenna, Damien F. G, Aliane, Khalil, Elskens, Yves, Poyé, Alexandre, André, Frédéric, Puech, Jérôme, Doveil, Fabrice

“…Phys. Plasmas, 28, 092110 (2021) We propose a multi-particle self-consistent Hamiltonian (derived from an N-body description) that is applicable for periodic…”
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DIMOHA: A Time-Domain Algorithm for Traveling-Wave Tube Simulations by Minenna, Damien, Elskens, Yves, André, Frédéric, Poyé, Alexandre, Puech, Jérôme, Doveil, Fabrice

“…IEEE Transactions on Electron Devices, Institute of Electrical and Electronics Engineers, 2019, 66 (9), pp.4042-4047 To simulate traveling-wave tubes (TWTs) in…”
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Electromagnetic pulse emission from target holders during short-pulse laser interactions by Minenna, Damien F. G, Poyé, Alexandre, Bradford, Philip, Woolsey, Nigel, Tikhonchuk, Vladimir T

“…Phys. Plasmas 27 (2020) 063102 For the first time, a global model of electromagnetic pulse (EMP) emission connects charge separation in the laser target to…”
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Physics of Giant ElectroMagnetic Pulse generation in short pulse laser experiments by Poyé, Alexandre, Hulin, Sébastien, Bailly-Grandvaux, Mathieu, Dubois, Jean-Luc, Ribolzi, Jérôme, Raffestin, Didier, Bardon, Matthieu, Lubrano-Lavaderci, Frédéric, D'Humières, Emmanuel, Santos, Joao Jorge, Nicolaï, Philippe, Tikhonchuk, Vladimir

“…In this paper we describe the physical processes that lead to the generation of Giant Electro- Magnetic Pulses (GEMP) on powerful laser facilities. Our study…”
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