Simple water-cooled mirror for high-power lamps

Curzon, F. L.; Kjo/rvel, A.; Camm, Dave M.; Halpin, N. P.; Curzon, A.E.

doi:10.1063/1.1137829

Review of Scientific Instruments

1984

DOI: 10.1063/1.1137829

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Simple water-cooled mirror for high-power lamps

F. L. Curzon¹,

A. Kjo/rvel²,

Dave M. Camm³

et al.

Abstract: A mirror is described which endures illumination levels approaching 1 MW m−2. It has high reflectivity (>90%) and does not deteriorate even after several hours exposure to high illumination levels. It is inexpensive and easily replaced in the event of damage.

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Simple water-cooled mirror for high-power lamps

Abstract: A mirror is described which endures illumination levels approaching 1 MW m−2. It has high reflectivity (>90%) and does not deteriorate even after several hours exposure to high illumination levels. It is inexpensive and easily replaced in the event of damage.

Cited by 2 publications

References 0 publications

Characteristics of thermal distortions of the laser mirror substrates filled with phase-change materials

Characteristics of thermal distortions of the laser mirror substrates filled with phase-change materials

A functionally graded structural design of mirrors for reducing their thermal deformations in high-power laser systems by finite element method

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About

Simple water-cooled mirror for high-power lamps

Abstract: A mirror is described which endures illumination levels approaching 1 MW m−2. It has high reflectivity (&gt;90%) and does not deteriorate even after several hours exposure to high illumination levels. It is inexpensive and easily replaced in the event of damage.

Cited by 2 publications

References 0 publications

Characteristics of thermal distortions of the laser mirror substrates filled with phase-change materials

Characteristics of thermal distortions of the laser mirror substrates filled with phase-change materials

A functionally graded structural design of mirrors for reducing their thermal deformations in high-power laser systems by finite element method

Contact Info

Product

Resources

About

Abstract: A mirror is described which endures illumination levels approaching 1 MW m−2. It has high reflectivity (>90%) and does not deteriorate even after several hours exposure to high illumination levels. It is inexpensive and easily replaced in the event of damage.