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YAG LASER FROM 808nm DIODE LASER SOURCE ...

YAG LASER FROM 808nm DIODE LASER SOURCE ...

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3.12<br />

3.13<br />

3.14<br />

3.15<br />

3.1 6<br />

3.17<br />

3.18<br />

3.19<br />

3.20<br />

3.21<br />

3.22<br />

4.1{a)<br />

4.2(a)<br />

4.1 {b)<br />

4.2{b)<br />

4.3<br />

4.4<br />

4.5<br />

4.6<br />

4.7<br />

Filter plate holder 55<br />

Target screen 55<br />

Laser mirror adjustment holder (right and left version) 55<br />

High Brightness LED 56<br />

Lenses 57<br />

Cut-off filter (RG 1000) 57<br />

Nd:<strong>YAG</strong> rod 58<br />

Laser mirror and its holder 58<br />

808 nm Diode laser module 58<br />

Photodetector 59<br />

Laserdiode controller 59<br />

MA TLAB output, the relationship between electrons 63<br />

population and time<br />

Output intensity of the laser from cavity 65<br />

MAT LAB output, the relationship between electrons 66<br />

population and time<br />

The output intensity of the laser from cavity 67<br />

The correlation between temperature and absorption 69<br />

in Nd:<strong>YAG</strong><br />

The injection current versus temperature for constant 70<br />

wavelength, shown for two different wavelengths [17,<br />

32]<br />

Dependence of the laser power on the injection 71<br />

current with the temperature as a parameter [1 7, 33)<br />

Oscilloscope traces of pump power (Upper) and 71<br />

detector (Lower) Florescence lifetime [17, 32, 331<br />

The laser output power in relationship to the pump 72<br />

power<br />

xv

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