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Target Diamond Structural Analysis (view source)
Revision as of 17:48, 25 March 2009
, 17:48, 25 March 2009→Compensating for Internal Reflection
where <math> n _1 </math> is the index of refraction for air and <math> n _2 </math> is the index of refraction for diamond. We can look these up and calculate R:
where <math> n _1 </math> is the index of refraction for air and <math> n _2 </math> is the index of refraction for diamond. We can look these up and calculate R:
R = 0.17189
<math>R = 0.17189</math>
We also need the coefficient of transmission T. However, because <math> R + T = 1 </math>, calculation is easy.
<math>T = 0.82811</math>
This tells us that about 83% of the laser will be transmitted through the diamond at each reflection. This tells us <math> C _1 </math>:
<math> C _1 = 0.17189 </math>
== Color of the Laser ==
== Color of the Laser ==