Search Results - "Mézel, C."

Bioprinting by laser-induced forward transfer for tissue engineering applications: jet formation modeling by Mézel, C, Souquet, A, Hallo, L, Guillemot, F

“…In this paper, a nanosecond LIFT process is analyzed both from experimental and modeling points of view. Experimental results are first presented and compared…”
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Toward a New Laser Induced Hydrodynamic Forward Transfer Process with Femtosecond Lasers by Hallo, L., Mézel, C., Bourgeade, A., Saut, O.

“…We describe self‐consistently the relevant laser interaction with transparent dielectrics. A laser beam focused in the bulk with a laser energy of 100 nJ…”
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Laser-matter structuration of optical and biological materials by Hallo, L., Mézel, C., Guillemot, F., Chimier, B., Bourgeade, A., Regan, C., Duchateau, G., Souquet, A., Hebert, D.

“…► In this study we model nanomaterial structuring. ► The laser energy deposition is discussed first. ► Full and approximate models are discussed. ► Dynamic…”
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Formation of nanocavities in dielectrics: influence of equation of state by Hallo, L., Bourgeade, A., Mézel, C., Travaillé, G., Hébert, D., Chimier, B., Schurtz, G., Tikhonchuk, V. T.

“…Tight focusing of a sub-picosecond laser pulse in a transparent dielectric provides a mean for localized deposition and plasma formation. A micro-explosion in…”
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A simple approach for modeling multiphoton absorption in dielectric materials by Mezel, C., Duchateau, G.

“…A semi-analytical model is derived to evaluate the laser-induced ionization rate in dielectric materials. The method relies on a coupling between the…”
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Formation of nanocavities in dielectrics : influence of equation of state: Laser Ablation: Fundamentals by HALLO, L, BOURGEADE, A, MEZEL, C, TRAVAILLE, G, HEBERT, D, CHIMIER, B, SCHURTZ, G, TIKHONCHUK, V. T

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