New target for high-intensity laser-matter interaction: Gravitational flow of micrometer-sized powders

M. Servol; F. Quéré; M. Bougeard; P. Monot; Ph Martin; A. Ya Faenov; T. A. Pikuz; P. Audebert; M. Francucci; G. Petrocelli

doi:10.1063/1.1988288

New target for high-intensity laser-matter interaction: Gravitational flow of micrometer-sized powders

M. Servol
, F. Quéré
, M. Bougeard
, P. Monot
, Ph Martin
, A. Ya Faenov
, T. A. Pikuz
, P. Audebert
, M. Francucci
, G. Petrocelli

Résultats de recherche: Contribution à un journal › Article › Revue par des pairs

Résumé

The design of efficient targets for high-intensity laser-matter interaction is essential to fully exploit the advantages of laser-induced photons or particles sources. We present an advantageous kind of target, consisting in a free gravitational flow of micrometer-sized powder, and describe its main technical characteristics. We demonstrate a laser-induced keV x-ray source using this target, and show that the photon flux obtained for the Kα line of Si by irradiating different silica powders is comparable to the one obtained with a bulk silica target.

langue originale	Anglais
Numéro d'article	083105
Pages (de - à)	1-5
Nombre de pages	5
journal	Review of Scientific Instruments
Volume	76
Numéro de publication	8
Les DOIs	https://doi.org/10.1063/1.1988288
état	Publié - 1 août 2005

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10.1063/1.1988288

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title = "New target for high-intensity laser-matter interaction: Gravitational flow of micrometer-sized powders",

abstract = "The design of efficient targets for high-intensity laser-matter interaction is essential to fully exploit the advantages of laser-induced photons or particles sources. We present an advantageous kind of target, consisting in a free gravitational flow of micrometer-sized powder, and describe its main technical characteristics. We demonstrate a laser-induced keV x-ray source using this target, and show that the photon flux obtained for the Kα line of Si by irradiating different silica powders is comparable to the one obtained with a bulk silica target.",

author = "M. Servol and F. Qu{\'e}r{\'e} and M. Bougeard and P. Monot and Ph Martin and Faenov, \{A. Ya\} and Pikuz, \{T. A.\} and P. Audebert and M. Francucci and G. Petrocelli",

year = "2005",

month = aug,

day = "1",

doi = "10.1063/1.1988288",

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TY - JOUR

T1 - New target for high-intensity laser-matter interaction

T2 - Gravitational flow of micrometer-sized powders

AU - Servol, M.

AU - Quéré, F.

AU - Bougeard, M.

AU - Monot, P.

AU - Martin, Ph

AU - Faenov, A. Ya

AU - Pikuz, T. A.

AU - Audebert, P.

AU - Francucci, M.

AU - Petrocelli, G.

PY - 2005/8/1

Y1 - 2005/8/1

N2 - The design of efficient targets for high-intensity laser-matter interaction is essential to fully exploit the advantages of laser-induced photons or particles sources. We present an advantageous kind of target, consisting in a free gravitational flow of micrometer-sized powder, and describe its main technical characteristics. We demonstrate a laser-induced keV x-ray source using this target, and show that the photon flux obtained for the Kα line of Si by irradiating different silica powders is comparable to the one obtained with a bulk silica target.

AB - The design of efficient targets for high-intensity laser-matter interaction is essential to fully exploit the advantages of laser-induced photons or particles sources. We present an advantageous kind of target, consisting in a free gravitational flow of micrometer-sized powder, and describe its main technical characteristics. We demonstrate a laser-induced keV x-ray source using this target, and show that the photon flux obtained for the Kα line of Si by irradiating different silica powders is comparable to the one obtained with a bulk silica target.

UR - https://www.scopus.com/pages/publications/26444489670

U2 - 10.1063/1.1988288

DO - 10.1063/1.1988288

M3 - Article

AN - SCOPUS:26444489670

SN - 0034-6748

VL - 76

SP - 1

EP - 5

JO - Review of Scientific Instruments

JF - Review of Scientific Instruments

IS - 8

M1 - 083105

ER -

New target for high-intensity laser-matter interaction: Gravitational flow of micrometer-sized powders

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