목차
1. 시작하는 글
2. 물리 음향학적 치료 메커니즘
3. 치료음향의 장점
4. 열적 치료음향의 응용
1) High Intensity Sound
2) Medium Intensity Sound
3) Low Intensity Sound
5. 역학적 치료음향의 응용
6. 마치는 글
2. 물리 음향학적 치료 메커니즘
3. 치료음향의 장점
4. 열적 치료음향의 응용
1) High Intensity Sound
2) Medium Intensity Sound
3) Low Intensity Sound
5. 역학적 치료음향의 응용
6. 마치는 글
본문내용
ultrasound - key developments and directions.\" Scientific Programme of the sixth annual national conference and exhibition (IBEX 2000) Ch.7. p.4 (2000)
6. G. ter Haar, \"Focused ultrasound surgery - Biological and physiological effects.\" Proceeding of the 17th International Congress on Acoustics, edited by Alippi (ICA, Rome 2001) Vol. 4.
7. S. Vaezy, \"High intensity focused ultrasound for therapy in medicine.\" Proceeding of the 17th International Congress on Acoustics, edited by Alippi (ICA, Rome 2001) Vol. 4.
8. E.J. Park and S.W. Yoon, \"Thermal effect of ultrasound enhancer for transdermal insulin delivery.\" J. Acoust. Soc. Am 105. 1171-1181 (1999)
9. E.J. Park, K.I. Jung and S.W. Yoon, \"Acoustic mechanism as an enhancer for transdermal drug delivery.\" J. Acoust. Soc. Am 107. 2088 (2000)
6. G. ter Haar, \"Focused ultrasound surgery - Biological and physiological effects.\" Proceeding of the 17th International Congress on Acoustics, edited by Alippi (ICA, Rome 2001) Vol. 4.
7. S. Vaezy, \"High intensity focused ultrasound for therapy in medicine.\" Proceeding of the 17th International Congress on Acoustics, edited by Alippi (ICA, Rome 2001) Vol. 4.
8. E.J. Park and S.W. Yoon, \"Thermal effect of ultrasound enhancer for transdermal insulin delivery.\" J. Acoust. Soc. Am 105. 1171-1181 (1999)
9. E.J. Park, K.I. Jung and S.W. Yoon, \"Acoustic mechanism as an enhancer for transdermal drug delivery.\" J. Acoust. Soc. Am 107. 2088 (2000)
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