LASER in Clinical Medicine | D&PS

LASER in Clinical Medicine

#19-6. The Composition, Principles, and Types of Lasers

▶ Previous Artlcle : #19-5. The Composition, Principles, and Types of Lasers

In order for laser…

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#19-5. The Composition, Principles, and Types of Lasers

▶ Previous Artlcle : #19-4. The Composition, Principles, and Types of Lasers

The photoacoustic effect refers to…

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#19-4. The Composition, Principles, and Types of Lasers

▶ Previous Artlcle : #19-3. The Composition, Principles, and Types of Lasers

Thermal damage time…

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#19-3. The Composition, Principles, and Types of Lasers

▶ Previous Artlcle : #19-2. The Composition, Principles, and Types of Lasers

① Wavelengths: The longer the…

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#19-2. The Composition, Principles, and Types of Lasers

▶ Previous Artlcle : #19-1. The Composition, Principles, and Types of Lasers

Basic Composition of Laser

…

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#19-1. The Composition, Principles, and Types of Lasers

▶ Previous Artlcle : #18-6. Picosecond Laser

Finishing the Series

This is the last article…

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#18-6. Picosecond Laser

▶ Previous Artlcle : #18-5. Picosecond Laser

Thus, the handpiece should attach to the skin to…

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#18-5. Picosecond Laser

▶ Previous Artlcle : #18-4. Picosecond Laser

As a high-intensity laser beam is irradiated to the…

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#18-4. Picosecond Laser

▶ Previous Artlcle : #18-3. Picosecond Laser

Given that the speed at which the acoustic shock wave…

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#18-3. Picosecond Laser

▶ Previous Artlcle : #18-2. Picosecond Laser

When the laser beam irradiation is shortened to be a…

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