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Opticorp
Coatings Substrates Custom coatings Stock Coatings Infrared low emissivity material Facility David C. Smith Current Job Openings Site Map Ask for more information Send us mail ------- Coatings Antireflection Dichroic beamsplitters Metallic mirrors Laser mirrors Visible ND filters IR ND filters Hot mirrors Cold mirrors Color separation filters Single layer AR coatings Multi layer AR coatings Dual band antireflection Single LASER line high reflectors Multiple LASER line high reflectors LASER output couplers UV, visible and IR reflectors Single wavelength beamsplitters Broadband beamsplitters Metal/Dielectric hybrid design Aluminum Silver Gold Chrome Nickel Platinum Copper Inconel Protected aluminum Enhanced aluminum Protected silver Durable silver Hard dielectric Cleanable front surface gold coatings Neutral density Inconel filters ------------ Substrates Fibers TO cans Waveplates Glass Fused silica Silicon Germanium Zinc selenide Sapphire Zinc sulfide Gallium arsenide BBO YAG YIG BK7 -------- Other Products IR Signature Control infrared low emissivity material |
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Boresight panelsA common requirement for modern optical systems is to have an infrared system aligned (boresighted) with a visual system. It is helpful to have a target that has both a strong visual signature and a strong thermal IR signature. Shown in Figure 2 is a Visual Image of our orange thermal tape (low emissivity) on a white background (high emissivity). This can be used as an aiming point for a visual telescope. Figure 3 shows the view through an infrared imager (8-12 microns). The tape clearly shows up as a cross and can be used to align the thermal IR system.
Battleground reference panelsIt is easy to fabricate panels that have distinct IR signatures while maintaining a plain visual identity. This is useful for identification panels, resolution test boards, camouflage panels, camouflaged battle boards, etc. Shown in Figure 4 is a high emissivity green board that has stripes of our green thermal tape on top of it. Note that it is difficult to detect the differences between the green tape and the paint. The same panel as viewed in the thermal IR is shown in Figure 5. The low emissivity stripes are easily resolved and are distinctive.
No-power thermal targetsA common use of this tape is for "No-power" target production. Figure 6 shows an 8-12 micron reverse polarity image of a potential tank decoy or target. The "hot" spots are where the thermal tape is attached to the high emissivity background. Experience
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