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Rough surface reflections

Date post: 25-Feb-2016
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Rough surface reflections. Gregory Hart Steve Turley. Why do we care?. Astronomy He Computers Photolithography Microscopy imaging. XUV. 1-100 nm Low reflectance. The Equations. 0. =0 =0. Numerically. Test. Test. Correlation. Discussion. The program works for simple cases - PowerPoint PPT Presentation
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ROUGH SURFACE REFLECTIONS Gregory Hart Steve Turley BYU XUV
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Page 1: Rough surface reflections

ROUGH SURFACE REFLECTIONS

Gregory HartSteve Turley

BYU XUV

Page 2: Rough surface reflections

BYU XUV

Why do we care?• Astronomy

• He• Computers

• Photolithography• Microscopy

• imaging

Page 3: Rough surface reflections

BYU XUV

XUV 1-100 nm Low reflectance

Page 4: Rough surface reflections

BYU XUV

Page 5: Rough surface reflections

BYU XUV

The Equations

=0=0

0

Page 6: Rough surface reflections

BYU XUV

Numerically

[𝐸0 ]=[ (12+𝑁

1) 𝑀 1

(− 12+𝑁 2) 𝑀 2][𝐾𝐽 ]

Page 7: Rough surface reflections

BYU XUV

Test

Page 8: Rough surface reflections

BYU XUV

Test

Page 9: Rough surface reflections

BYU XUV

Correlation

Page 10: Rough surface reflections

BYU XUV

Discussion The program works for simple cases Found single processor limits Random roughnesses have same overall

effect 2D surface Parallel processing

Page 11: Rough surface reflections

BYU XUV

Acknowledgement Steve Turley Jed Johnson Fulton Supercomputing Lab BYU Physics and Astronomy


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