c8 200nm 509 n.
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C8-200nm-509 - PowerPoint PPT Presentation


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C8-200nm-509. 052109.  from double-Gaussian peak. Peak value from double Gaussian.  from triple-Gaussian peak. Peak value from triple Gaussian. Planck Spectrum Fit for . f(x) = b*(((x-d)*a)^(3*c))/(exp((x-d)*a)-1). Peak value from Planck Spectrum. Planck Spectrum Fit for .

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slide5

 from double-Gaussian peak

Peak value from double Gaussian

slide6

 from triple-Gaussian peak

Peak value from triple Gaussian

slide7

Planck Spectrum Fit for 

f(x) = b*(((x-d)*a)^(3*c))/(exp((x-d)*a)-1)

Peak value from Planck Spectrum

slide8

Planck Spectrum Fit for 

f(x) = b*(((x-d)*a)^(3*c))/(exp((x-d)*a)-1)

Peak value from Planck Spectrum

slide11

Zoom d and area plots

8th order polynomial fit!

Fit mininum = 33.3E-15 m2

= 106% of expected (31.4E-15 m2)

Fit mininum = 1.27nm

Expected approx. 1.05 nm

slide13

Fit mininum = 34.9E-15 m2

= 111% of expected (31.4E-15 m2)

Fit mininum = 1.25nm

Expected approx. 1.05 nm