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XCEED: XTREME commercial EUV exposure diagnostic experiment
Erik L. Antonsen
, Keith C. Thompson
, Matthew R. Hendricks
, Darren A. Alman
, Brian E. Jurczyk
,
David N. Ruzic
, Tran Duc Chinh
, Ginger Edwards
, Stefan Wurm
, Obert Wood
, Robert Bristol
Nuclear, Plasma, and Radiological Engineering
Micro and Nanotechnology Lab
Office of the Provost and Executive Vice Chancellor
Electrical and Computer Engineering
Biomedical and Translational Sciences
Research output
:
Contribution to journal
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Conference article
›
peer-review
Overview
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Keyphrases
Optics
100%
Ultraviolet Exposure
100%
Extreme Ultraviolet
100%
Debris
66%
Exposure Test
66%
Ion Debris
66%
Z-pinch
66%
Energy Distribution
33%
Ejection
33%
Heavy Ions
33%
Photodiode
33%
Exposure Time
33%
Light Emission
33%
Xenon
33%
Ion Species
33%
Deposition Effect
33%
Angular Distribution
33%
Plasma Sources
33%
Mirror Surface
33%
Ejecta
33%
Surface Metrology
33%
Extreme Ultraviolet Source
33%
Particle Flux
33%
Discharge Produced Plasma
33%
Erosive Effect
33%
Mirror Sample
33%
Charge Ratio
33%
Faraday Cup
33%
Extreme Ultraviolet Emission
33%
Total Particles
33%
Energy Analyzer
33%
Erosion Effect
33%
Time-of-flight Analysis
33%
Source Plasma
33%
Multiply Charged Ions
33%
UV Photodiode
33%
Reflection Angle
33%
Grazing Incidence Reflection
33%
Engineering
Photodiode
100%
Time-of-Flight
100%
Plasma Source
100%
Surface Source
50%
Light Source
50%
Energy Distribution
50%
Ultraviolet Light
50%
Angular Distribution
50%
Exposure Time
50%
Particle Flux
50%
Light Emission
50%
Physics
Optics
100%
Photodiode
66%
Blood Plasma
66%
Flux (Rate)
33%
Light Emission
33%
Light Source
33%
Grazing Incidence
33%
Angular Distribution
33%
Energy Distribution
33%
Ejecta
33%
Ultraviolet Emission
33%