99% average reflectivity over the 350 400 nm spectral range. Although broadband dielectric coatings offer smaller operating wavelength ranges than metal mirrors, they typically yield higher reflectivity in those ranges than their metallic counterparts. The plot to the right shows the measured reflectivity of this"> 99% average reflectivity over the 350 400 nm spectral range. Although broadband dielectric coatings offer smaller operating wavelength ranges than metal mirrors, they typically yield higher reflectivity in those ranges than their metallic counterparts. The plot to the right shows the measured reflectivity of this"> 99% average reflectivity over the 350 400 nm spectral range. Although broadband dielectric coatings offer smaller operating wavelength ranges than metal mirrors, they typically yield higher reflectivity in those ranges than their metallic counterparts. The plot to the right shows the measured reflectivity of this"> T-BBD05-E01 - Ø1/2" Broadband Dielectric D-Shaped Mirror, 350 - 400 nm connector-type_mtrj-st Lapping Film/Silicon Carbide – www.jasserauda.net
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T-BBD05-E01 - Ø1/2" Broadband Dielectric D-Shaped Mirror, 350 - 400 nm connector-type_mtrj-st Lapping Film/Silicon Carbide

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Description

Lapping Film/Silicon Carbide

SpecSeal Firestop Pillows consist of a mineral fiber core material sealed with a water-resistant intumescent membrane

Accommodate conductors from #6 - 1/0 AWG

Folds to 60" long for storage

5-pound unit is 15

T-BBD05-E01 - Ø1/2" Broadband Dielectric D-Shaped Mirror, 350 - 400 nm connector-type_mtrj-st Lapping Film/Silicon CarbideT BBD05 E01 1 2" Broadband Dielectric D Shaped Mirror, 350 400 nm Product Drawing E01 Coated Broadband Dielectric D Shaped Mirrors offer >99% average reflectivity over the 350 400 nm spectral range. Although broadband dielectric coatings offer smaller operating wavelength ranges than metal mirrors, they typically yield higher reflectivity in those ranges than their metallic counterparts. The plot to the right shows the measured reflectivity of this

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