Evolution of the Surface Temperature (Without cooling) - Gaussian Fit
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Evolution of the Surface Temperature (Without cooling) - Gaussian Fit
Evolution of temperature in 2D and 3D:
The 3D graph includes the depth.
This evolution is produced only by the Laser incident.
Graph, and used FIT Formula:
The FIT formula used is the most compatible for optimization of the FIT:
Coefficients estimated by the FIT:
Conclusions and observations:
- The gaussian FIT, for this curve, it was necessary;
- The FIT formula is perfect for this curve;
- The Goodness of FIT are good.
Next steps:
- Optimize the cooling system to get a curve like working without Lasers;
- Gaussian FIT of the curve obtained from the cooling system (without Laser)
- If the two FIT are similar, then compare the two curves.
The 3D graph includes the depth.
This evolution is produced only by the Laser incident.
Graph, and used FIT Formula:
The FIT formula used is the most compatible for optimization of the FIT:
Coefficients estimated by the FIT:
Conclusions and observations:
- The gaussian FIT, for this curve, it was necessary;
- The FIT formula is perfect for this curve;
- The Goodness of FIT are good.
Next steps:
- Optimize the cooling system to get a curve like working without Lasers;
- Gaussian FIT of the curve obtained from the cooling system (without Laser)
- If the two FIT are similar, then compare the two curves.
Alessandro- Posts : 42
Join date : 2008-12-11
Location : Roma
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