Predicting the Results of Process in Consecutive Sessions of Unwanted Hairs Treatment with 755 nm Alexandrite Laser

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REZAEI NEGIN; MAGHOOLI KEIVAN; Eskandarifard Javid

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Seminar Paper

Paper Information

Seminar: INTERNATIONAL CONFERENCE ON MODERN TECHNOLOGY IN SCIENCES
Year:2023 | Issue:3

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Title

Predicting the Results of Process in Consecutive Sessions of Unwanted Hairs Treatment with 755 nm Alexandrite Laser

Author(s)

REZAEI NEGIN | MAGHOOLI KEIVAN | Eskandarifard Javid

Keywords

Laser

Monte Carlo Simulation

Excess Hair

Abstract

Excess Hair growth is one of the main disorders faced by both men and women. This problem is especially significant in women. It is normal to have a certain amount of hair on the surface of the skin. This refers to thick, dark hair that grows in specific areas of the body, such as the chin, under the neck, around the navel, around the chest, and so on. The best and most effective way to get rid of this type of hair is to use a Laser. Laser hair removal is known as the least invasive method of hair removal compared to other methods. In order to evaluate the effectiveness of Laser in removing Excess Hair after treatment sessions, it is important to use an efficient and appropriate method. The database includes 4 participants of Laser hair removal treatment. In this study, Excess Hair was treated in the armpit or thigh. People with skin type I and III were in the age range of 28-38 years. They were all treated with a 755 nm alexandrite Laser. Two treatment areas were selected using commonly accepted parameters for permanent hair reduction as well as non-treatment area control. Examination of each treatment area was performed with a camera system specifically to count the number of hairs at 1 and 3 months after the second treatment. In this study, Monte Carlo modeling will be used to estimate the density of Excess Hair remaining after alexandrite Laser treatment sessions of 755 nm. The main purpose of this study is to evaluate the role of the number of treatment sessions in the effectiveness and safety of Laser hair removal. It is concluded that the number of Excess Hairs has been decreasing both by Monte Carlo method and by manual counting method, And the simulation accuracy rate is 75%. The combination of experiments and Monte Carlo Simulations is a very successful strategy for studying hair removal and hair (re)growth in detail.

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APA: Copy

REZAEI, NEGIN, MAGHOOLI, KEIVAN, & Eskandarifard, Javid. (2023). Predicting the Results of Process in Consecutive Sessions of Unwanted Hairs Treatment with 755 nm Alexandrite Laser. INTERNATIONAL CONFERENCE ON MODERN TECHNOLOGY IN SCIENCES. SID. https://sid.ir/paper/1050152/en

Vancouver: Copy

REZAEI NEGIN, MAGHOOLI KEIVAN, Eskandarifard Javid. Predicting the Results of Process in Consecutive Sessions of Unwanted Hairs Treatment with 755 nm Alexandrite Laser. 2023. Available from: https://sid.ir/paper/1050152/en

IEEE: Copy

NEGIN REZAEI, KEIVAN MAGHOOLI, and Javid Eskandarifard, “Predicting the Results of Process in Consecutive Sessions of Unwanted Hairs Treatment with 755 nm Alexandrite Laser,” presented at the INTERNATIONAL CONFERENCE ON MODERN TECHNOLOGY IN SCIENCES. 2023, [Online]. Available: https://sid.ir/paper/1050152/en

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