Laser ablation of dental tissues with picosecond pulses of 106-μm radiation transmitted through a hollow-core photonic-crystal fiber

Konorov, S. O.; Mitrokhin, V. P.; Федотов, А. Б.; Sidorov‐Biryukov, D. A.; Beloglazov, V.I.; Skibina, N. B.; Shcherbakov, A. V.; Wintner, E.; Scalora, Michael; Желтиков, А. М.

doi:10.1364/ao.43.002251

Cited by 60 publications

(19 citation statements)

References 19 publications

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“…£ÑÎÐÑÄÑAEÐÞÇ ÔÕÓÖÍ-ÕÖÓÞ àÕÑÅÑ ÍÎÂÔÔÂ ÒÓÇAEÔÕÂÄÎâáÕ ÑÔÑÃÞÌ ËÐÕÇÓÇÔ AEÎâ ÓÇÛÇÐËâ ÊÂAEÂÚË ÒÇÓÇAEÂÚË ÑÒÕËÚÇÔÍËØ ÔËÅÐÂÎÑÄ ÐÂ ÃÑÎß-ÛËÇ ÓÂÔÔÕÑâÐËâ Ä ÖÔÎÑÄËâØ ÒÓÇAEÇÎßÐÑ ÐËÊÍËØ ÒÑÕÇÓß Ë ÒÓÇAEÇÎßÐÑ ÏÂÎÑÌ ÑÒÕËÚÇÔÍÑÌ ÐÇÎËÐÇÌÐÑÔÕË. ±ÑÎÞÇ ®³-ÔÄÇÕÑÄÑAEÞ ËÔÒÑÎßÊÖáÕÔâ AEÎâ ÕÓÂÐÔÒÑÓÕËÓÑÄÍË ÏÑÜÐÞØ ÎÂÊÇÓÐÞØ ËÏÒÖÎßÔÑÄ Ä ÎÂÊÇÓÐÞØ ÔËÔÕÇÏÂØ ÃËÑÏÇAEËÙËÐ-ÔÍÑÅÑ ÐÂÊÐÂÚÇÐËâ [45] Ë ÔËÔÕÇÏÂØ AEÎâ ÎÂÊÇÓÐÑÌ ÑÃÓÂÃÑÕÍË ÏÂÕÇÓËÂÎÑÄ [46].°AEÐÑÄÓÇÏÇÐÐÑ ÓÂÊÓÂÃÂÕÞÄÂáÕÔâ ÒÑÎÞÇ ®³-ÔÄÇÕÑÄÑAEÞ, ÑÃÇÔÒÇÚËÄÂáÜËÇ ÒÇÓÇAEÂÚÖ ÏÇÅÂ-Ë ÅËÅÂ-ÄÂÕÕÐÞØ ÔÄÇÕÑÄÞØ ËÏÒÖÎßÔÑÄ Ä ÔÑÎËÕÑÐÐÑÏ ÓÇÉËÏÇ [47 ë 50], Â ÕÂÍÉÇ ÒÑÎÞÇ ÄÑÎÐÑÄÑAEÐÞÇ ÔÕÓÖÍÕÖÓÞ AEÎâ à××ÇÍ-ÕËÄÐÑÅÑ ÐÇÎËÐÇÌÐÑ-ÑÒÕËÚÇÔÍÑÅÑ ÔÒÇÍÕÓÂÎßÐÑÅÑ Ë ÄÓÇÏÇÐ-ÐoÂ ÅÑ ÒÓÇÑÃÓÂÊÑÄÂÐËâ ÔÄÇÓØÍÑÓÑÕÍËØ ËÏÒÖÎßÔÑÄ ÄÞÔÑÍÑÌ ÒËÍÑÄÑÌ ÏÑÜÐÑÔÕË [51,52].…”

Section: ±ñîþç ïëíóñôõóöíõöóëóñäâððþç ôäçõñäñAeþ ä ñòõëúçôíñì ×ëêëíçunclassified

Цвета Тонких Пленок, Антирезонансные Явления В Оптических Системах И Предельные Потери Собственных Мод Полых Световодов

Желтиков¹

2008

Usp. Fiz. Nauk

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Section: ±ñîþç ïëíóñôõóöíõöóëóñäâððþç ôäçõñäñAeþ ä ñòõëúçôíñì ×ëêëíçunclassified

Цвета Тонких Пленок, Антирезонансные Явления В Оптических Системах И Предельные Потери Собственных Мод Полых Световодов

Желтиков¹

2008

Usp. Fiz. Nauk

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“…An important trend in laser ablation applications involves attempts to create a new polymer with properties specially designed for a desired technique [67].There is a high amount of research interest in the laser ablation of polymers in specific for the development of micro lens [68][69][70]. As bio engineering application laser ablation has been used to ablate the dental Tissues [71].…”

Section: E Laser Ablationmentioning

confidence: 99%

Laser Based Surface Processing of Engineering Materials - State of Art

I.A¹,

N.J²,

S³

et al. 2008

Int. Jour. Des. Manf. Tech.

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An overview is given on the state of art of the laser based surface processing of engineering materials. In major engineering application surface of the material plays a major role. since the surface has the direct contact with the environment as well as the load. The different parameters such as hardness, toughness, wear resistance etc on the surface has to be enhanced based on the application, hence there is a need to go for surface processing. Conventional surface processing has its own limitations toward recently developed materials and other functional aspects. These aspects can be overcome by laser based surface processing. In this paper an attempt has been made to investigate the principal and effect of laser interaction on materials such as heating, surface melting, vaporization, plasma formation , ablation etc .The different types of laser based surface processing of engineering materials based on their properties, Processing parameters and functional aspects which is considered for different application has been discussed.

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“…PCF have been shown to allow transmission of near infrared (NIR) pulse trains where the laser radiation fluence coupled into the core of the fiber exceeded the breakdown threshold of fused silica by nearly an order of magnitude (16). This has been exploited in the PCF-guided laser ablation of dental plaques (17) and may also offer promise for new applications in biomedical imaging using multi-photon fluorescence or optical coherence tomography.…”

Section: Fiber-optic Probes For Rs In Turbid Media or Near Interphasesmentioning

confidence: 99%

New Tools for Life Science Research Based on Fiber-Optic-Linked Raman and Resonance Raman Spectroscopy

Blades

Schulze

Konorov

et al. 2007

New Approaches in Biomedical Spectroscopy

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Fiber-optic probes can exploit a favorable excitation radiation distribution within the sample that allows the use of higher laser power levels which, in turn, can yield a higher signal-tonoise ratio (SNR) for a given experiment without increasing the risk of analyte photo-damage.We have developed specialized fiber-optic probes for ultraviolet resonance Raman spectroscopy (UVRRS) that offer several advantages over conventional excitation/collection methods used for UVRRS. These probes are ideally suited for UVRRS studies involving biopolymers and small bio-molecules, in both native (e.g. physiological) and non-native (e.g. anoxic) solution environments. We have also developed novel probes based on hollow-core photonic band-gap fibers that virtually eliminate the generation of silica Raman scattering within the excitation fiber which often limits the utility of fiber-optic Raman probes in turbid media or near surfaces. These probes may offer advantages for some biomedical applications.

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Laser ablation of dental tissues with picosecond pulses of 106-μm radiation transmitted through a hollow-core photonic-crystal fiber

Cited by 60 publications

References 19 publications

Цвета Тонких Пленок, Антирезонансные Явления В Оптических Системах И Предельные Потери Собственных Мод Полых Световодов

Цвета Тонких Пленок, Антирезонансные Явления В Оптических Системах И Предельные Потери Собственных Мод Полых Световодов

Laser Based Surface Processing of Engineering Materials - State of Art

New Tools for Life Science Research Based on Fiber-Optic-Linked Raman and Resonance Raman Spectroscopy

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