Pulsed laser induced damage in SOI material

Fu, Bo; Zhang, Dayong; Luo, Fengguang; Liu, Chenxing; Liu, Guodong

doi:10.1016/j.jpcs.2012.03.002

Cited by 2 publications

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References 7 publications

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“…Fundamental set-up for the measurement of laser induced damage thresholds [LIDT] are described in this article [76]. A report is given by Fu, et al [79] on an experimental investigation on laser induced damage behavior in Silicon-On-Insulator (SOI) material at room temperature for laser pulses with duration ranging from 190 picosecond to 1.14 s. Such material is widely recognized as a promising substrate material because it possesses considerable advantage as compared to bulk silicon. So it has found extensive applications in optoelectronics, such as optical waveguides, optical couplers and photonic crystals which have been widely implemented on SOI substrate.…”

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2015

International Journal of Natural Sciences Research

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A historical highlight to Laser acronym is given .Moreover, Laser heating effects induced in solid targets Contribution/ OriginalityThis review highlights original mathematical trials to solve laser heating problems. The study considers laser induced phase transitions, multilayer systems and temperature dependence of surface absorptance. This study covers some semi-empirical expressions to predict the experimental laser pulses. This review documents the concept of "transit time" in laser heating problems.

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“…So it has found extensive applications in optoelectronics, such as optical waveguides, optical couplers and photonic crystals which have been widely implemented on SOI substrate. Such material is investigated [79] with 1064 nm laser pulses. Gaussian laser beam profile is assumed.…”

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2015

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Pulsed Laser Heating of a Finite Silver Selenide Slab Using (HHCE) Model

El-Adawi¹,

Shalaby²

2018

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Heat induced in a finite Silver Selenide slab by an external pulsed laser source is studied in dimensionless scale according to hyperbolic heat conduction model (HHCE) using Laplace integral transform technique. The temperature profile, the critical time required to initiate phase transition and that to initiate damage at the front surface are obtained for different pulses and are illustrated graphically.

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Pulsed laser induced damage in SOI material

Cited by 2 publications

References 7 publications

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Pulsed Laser Heating of a Finite Silver Selenide Slab Using (HHCE) Model

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