Metrology of ultra-lightweight X-ray optics using Non-Contact laser triangulation probe
被引:1
作者:
Hadjimichael, T
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机构:
Swales Aerosp, Beltsville, MD USASwales Aerosp, Beltsville, MD USA
Hadjimichael, T
[1
]
Content, D
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h-index: 0
机构:
Swales Aerosp, Beltsville, MD USASwales Aerosp, Beltsville, MD USA
Content, D
[1
]
Fleetwood, C
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机构:
Swales Aerosp, Beltsville, MD USASwales Aerosp, Beltsville, MD USA
Fleetwood, C
[1
]
Saha, T
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机构:
Swales Aerosp, Beltsville, MD USASwales Aerosp, Beltsville, MD USA
Saha, T
[1
]
Waluschka, E
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机构:
Swales Aerosp, Beltsville, MD USASwales Aerosp, Beltsville, MD USA
Waluschka, E
[1
]
Wright, G
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机构:
Swales Aerosp, Beltsville, MD USASwales Aerosp, Beltsville, MD USA
Wright, G
[1
]
机构:
[1] Swales Aerosp, Beltsville, MD USA
来源:
OPTICS FOR EUV, X-RAY AND GAMMA-RAY ASTRONOMY
|
2004年
/
5168卷
关键词:
D O I:
10.1117/12.507548
中图分类号:
P1 [天文学];
学科分类号:
0704 ;
摘要:
We are reporting our progress in the measurements of thin glass optics under development for the soft X-ray telescope for the Constellation-X space observatory. We are using a Non-Contact laser probe (which uses triangulation techniques to measure displacement) to determine the surface shape of our ultra-lightweight mirrors. If this technique meets technical specifications we will for the first time have mapped the 3 dimensional surfaces of ultra-lightweight optics. As a secondary project, we are also automating this entire process which will give us better repeatability.