Criteria and Description of High power Dispersion Mirrors.xlsx
XLSX spreadsheet 10 KB Posted
- Attached to
- High-Power Dispersion-Controlled Mirrors
- Solicitation number
- 0000348109
- Issued by
-
Department of Energy Office of Science
About this file
This document is a Request for Proposal (RFP) from SLAC National Accelerator Laboratory, which is operated by Stanford University for the Department of Energy, for high-power dispersion-controlled mirrors.
The RFP specifies detailed technical criteria for the required mirrors, including substrate material, dimensions, surface form deviations, wedge, and group delay dispersion. The solicitation is for a U.S. domestic end item source to meet these requirements. The award will be made using the Lowest Price Technically Acceptable evaluation method. Offerors must be registered in the System for Award Management (SAM) and the resulting purchase order will be subject to SLAC's standard commercial terms and conditions. Proposals should include quoted price, delivery, technical compliance statement, and required certifications. Payment terms are Net 30 days with FOB Destination Prepaid freight.
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Text version
Sheet1
| * Must meet the folowing Criteria | ||
| Criteria | Description | Qty |
| Dispersion controlled plane mirrors | Substrate: | 21 |
| Material: UV fused silica | ||
| Dimensions: diameter 25 mm; thickness 9.5 mm | ||
| Surface form deviations (before coating): 3/0.2(0.2) (DIN ISO 10110-5) Wedge: <5' | ||
| Coating: | ||
| Angle of incidence: 5 degrees | ||
| Laser polarization: p | ||
| Reflectivity: >99.2% in 700-1400 nm spectral range | ||
| Group delay dispersion: compensates 3 mm of fused silica | ||
| Dispersion controlled plane mirrors | Substrate: | 21 |
| Material: UV fused silica | ||
| Dimensions: diameter 25 mm; thickness 9.5 mm | ||
| Surface form deviations (before coating): 3/0.2(0.2) (DIN ISO 10110-5) Wedge: <5' | ||
| Coating: | ||
| Angle of incidence: 5 degrees | ||
| Laser polarization: p | ||
| Reflectivity: >99.2% in 700-1400 nm spectral range | ||
| Group delay dispersion: compensates 3 mm of fused silica | ||
| Dispersion controlled plane mirrors | Substrate: | 8 |
| Material: UV fused silica | ||
| Dimensions: diameter 50 mm; thickness 12.5 mm | ||
| Surface form deviations (before coating): 3/0.2(0.2) (DIN ISO 10110-5) Wedge: <5' | ||
| Coating: | ||
| Angle of incidence: 5 degrees | ||
| Laser polarization: p | ||
| Reflectivity: >99.2% in 700-1400 nm spectral range | ||
| Group delay dispersion: compensates 3 mm of fused silica | ||
| Dispersion controlled plane mirrors | Substrate: | 8 |
| Material: UV fused silica | ||
| Dimensions: diameter 50 mm; thickness 12.5 mm | ||
| Surface form deviations (before coating): 3/0.2(0.2) (DIN ISO 10110-5) Wedge: <5' | ||
| Coating: | ||
| Angle of incidence: 5 degrees | ||
| Laser polarization: p | ||
| Reflectivity: >99.2% in 700-1400 nm spectral range | ||
| Group delay dispersion: compensates 3 mm of fused silica |
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