Implementation of Intense Pulse Light output as pulseshapespulse superposition for skin lesions

Abstract

Strong demand exists for an Intense Pulse Light(IPL) that consists of a wide range of wavelengths from UV to IR by installing a nonlinear optic material on the IPL output unit. A nonlinear optic device, which uses the IPL with a high harmonic wave and parameter generating device by changing frequency, is being used extensively. Nonlinear optic response of the optic medium in each of the new frequency range can be applied. These procedures can be advantageous when utilizing the high power radiation in the range from UV to IR. The optic parameter generator and amplifier generate two types of wavelengths in the low frequency range. This can be utilized from a single frequency in the visible ray domain to the one in the UV region. In this study, a green light was obtained by attaching the SHG device, which was manufactured with the standard waveform using a multiple pulse overlapping circuit, and the conversion efficiency based on the correlation between the green light output and the one where energy was permitted in the overlapping circuit were examined.

Authors and Affiliations

Jeun-Jong Baeg, Han-Ho Tac, Whi-Young Kim

Keywords

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  • EP ID EP406677
  • DOI -
  • Views 145
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How To Cite

Jeun-Jong Baeg, Han-Ho Tac, Whi-Young Kim (2017). Implementation of Intense Pulse Light output as pulseshapespulse superposition for skin lesions. International Journal of Mathematics and Statistics Invention, 5(6), 10-16. https://europub.co.uk/articles/-A-406677