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Thermal Imager collects infrared radiation emitted by an object and then displays a visual image in the imager itself or on a monitor. The thermal imager does not emit beams or rays but only passively collects infrared radiation emitted by the object being observed. The thermal imager improves the systems ability to engage anti-ship cruise missiles by providing more accurate angle tracking information to the fire control computer. The performance of a thermal imager is frequently defined by minimum resolvable temperature difference. The thermal imager operates over a wavelength range of 8-12 micrometer and is cooled by a stirling cycle cooler.
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Thermal imaging camera is a compact, durable and light weight hand-held camera. It is used for fire service, police, security, hazmat and industrial applications. It collects the input of a wide variety of end users. That input called for a simple to operate, cost-effective tool that provides clear and crisp thermal imaging. It is used for heat loss, disbanding tiles, locating hidden structures, air leakage, and subsurface roof moisture, peeling plaster and moisture in wall. There are many other building applications with the use of a thermal imaging camera.
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Thermal imaging media has a color-forming layer with a high glass transition temperature, and at least one diffusion-reducing layer. It has the advantage over conventional silver halide media of not requiring a post-exposure developing step. This is essentially insensitive to visible light, so that this can be handled under normal lighting conditions.
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Thermal insulation refers to materials used to reduce the rate of heat transfer, or the methods and processes used to reduce heat transfer. Heat is transferred from one material to another by conduction, convection and/or radiation. Insulators are used to minimize the transfer of heat energy. In home insulation, the R-value is an indication of how well a material insulates. Reflectors are used to reduce radiative heat transfer. Many different materials can be used as insulators. Many organic insulators are made from petrochemicals and recycled plastic. Many inorganic insulators are made from recycled materials such as glass and furnace slag.
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