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204 BIBLIOGRAPHIE [102] "Tomographic imaging of a snowpack" Richard Fortin, Richard Fortier 58 th Eastern swon conference, Ottawa, Ontario, Canada, 2001 [103] "Radar Sensing of thin surface layers and nearsurface buried objects" Kevin O'Neill IEEE transactions on antennas and propagation vol. 31, n°1, janvier 2000 [104] "Simulations of groundpenetrating radars over lossy and heterogeneous grounds" Levent Gürel, senior member IEEE, and Ugur Oguz IEEE transactions on geoscience and remote sensing, vol. 39, n°6, juin 2001 [105] "Dielectric constant determination using groundpenetrating radar reflection coefficients" Philip M. Reppert, F. Dale Morgan, M. Nafi Toksöz Journal of applied Geophysics 43 (2000) 189197 [106] "Radar Response Approximations for Buried Plastic Landmines" F. Roth, P. van Genderen and M. Verhaegen Proc. GPR 2002, SPIE vol. 4758, 9th International Conference on Ground Penetrating Radar, Santa Barbara, USA, 29 April2 May, 2002, pp. 234239 [107] "Host Medium Transformation of the EarlyTime Radar Response of a Buried Dielectric Target" F. Roth, P. van Genderen and M. Verhaegen Proc. IGARSS 2003, IEEE International Geoscience and Remote Sensing Symposium, Toulouse, France, 2125 July, 2003, Vol. 2, pp. 13561358 [108] "Inversion Scheme for ground penetrating radar that takes into account the planar airsoil interface" Thorkild B. Hansen and Peter Johansen IEEE transactions on geoscience and remote sensing vol. 38, n°1, janvier 2000 [109] "An imaging algorithm of objets in a lossydispersive medium for subsurface radardata processing" Toru Sato, Toshio Wakayama, and Kazuhisa Takemura IEEE transactions on geoscience and remote sensing, vol. 38, n°1, janvier 2000 [110] "Characterization of local 3D rough surface using UWB nearrange phasebased GPR signatures from wide beamwidth antennas" B. Sai and L.P. Ligthart 0780375378/02 2002 IEEE
"Les vacances, c'est tout un travail de repos très difficile." Vincent Gury
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N° d'ordre : 172004 JURY : UNIVE
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Table des matières INTRODUCTION...
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1.5.a Dipôle élémentaire posé s
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3.4 Conclusions relatives au prob
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12 INTRODUCTION Pour pouvoir sonder
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Samuel BESSE : Étude Théorique de
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60 1 Le radar GPR (Ground Penetra
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62 ● les sauts de fréquence. 1.3
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64 1.3.c Radars à saut de fréquen
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66 PARTIE II : RADAR GPR ETUDE D
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72 cossin E =− K r ,t[ cosn²
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74 ● dans le milieu 2 (typiquemen
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76 2 Antenne WuKing PARTIE II :
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78 2.2 Validation des paramètres
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80 (a) (b) PARTIE II : RADAR GPR
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84 2.4 Rendement, S11, T.O.S. PAR
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92 2.5.b.ii Gain au nadir en foncti
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96 plan E zénith =135° =225 ° na
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100 PARTIE II : RADAR GPR ETUDE
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102 Figure 93 : Gain maximum en fon
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112 4 Antenne située près d'une
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116 4.2.a.ii Rappel sur le formalis
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120 4.3 Dipôle au dessus d'une i
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122 ➢ Conclusions : PARTIE II : R
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