#thermalir — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #thermalir, aggregated by home.social.
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Repost from MinCup24: Antimony Tin Oxide scatters the wavelengths of infrared light emitted by warm humans. The antimony is often sourced from #stibnite. This material is being used to create fabric infrared invisibility cloaks!
from Jeong et al. (2020) NPG Asia Materials
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Repost from MinCup24: Antimony Tin Oxide scatters the wavelengths of infrared light emitted by warm humans. The antimony is often sourced from #stibnite. This material is being used to create fabric infrared invisibility cloaks!
from Jeong et al. (2020) NPG Asia Materials
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Repost from MinCup24: Antimony Tin Oxide scatters the wavelengths of infrared light emitted by warm humans. The antimony is often sourced from #stibnite. This material is being used to create fabric infrared invisibility cloaks!
from Jeong et al. (2020) NPG Asia Materials
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Repost from MinCup24: Antimony Tin Oxide scatters the wavelengths of infrared light emitted by warm humans. The antimony is often sourced from #stibnite. This material is being used to create fabric infrared invisibility cloaks!
from Jeong et al. (2020) NPG Asia Materials
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Repost from MinCup24: Antimony Tin Oxide scatters the wavelengths of infrared light emitted by warm humans. The antimony is often sourced from #stibnite. This material is being used to create fabric infrared invisibility cloaks!
from Jeong et al. (2020) NPG Asia Materials
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A cold cup filled with warm water imaged using a #Melexis MLX90640 from #Sparkfun. Colors are scaled to span the minimum and maximum temperatures (degrees Celsius) and rescale dynamically. #infrared #thermalIR #imaging
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A cold cup filled with warm water imaged using a #Melexis MLX90640 from #Sparkfun. Colors are scaled to span the minimum and maximum temperatures (degrees Celsius) and rescale dynamically. #infrared #thermalIR #imaging
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A cold cup filled with warm water imaged using a #Melexis MLX90640 from #Sparkfun. Colors are scaled to span the minimum and maximum temperatures (degrees Celsius) and rescale dynamically. #infrared #thermalIR #imaging
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A cold cup filled with warm water imaged using a #Melexis MLX90640 from #Sparkfun. Colors are scaled to span the minimum and maximum temperatures (degrees Celsius) and rescale dynamically. #infrared #thermalIR #imaging
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A cold cup filled with warm water imaged using a #Melexis MLX90640 from #Sparkfun. Colors are scaled to span the minimum and maximum temperatures (degrees Celsius) and rescale dynamically. #infrared #thermalIR #imaging
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Room temperature objects glow with their own light (at (~10-15 micron wavelengths). If imaged objects are the same temperature, there is very little contrast and the objects are invisible! #Melexis MLX90640 from #Sparkfun. Colors are scaled to span the minimum and maximum temperatures. #infrared #thermalIR #imaging
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Room temperature objects glow with their own light (at (~10-15 micron wavelengths). If imaged objects are the same temperature, there is very little contrast and the objects are invisible! #Melexis MLX90640 from #Sparkfun. Colors are scaled to span the minimum and maximum temperatures. #infrared #thermalIR #imaging
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Room temperature objects glow with their own light (at (~10-15 micron wavelengths). If imaged objects are the same temperature, there is very little contrast and the objects are invisible! #Melexis MLX90640 from #Sparkfun. Colors are scaled to span the minimum and maximum temperatures. #infrared #thermalIR #imaging
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Room temperature objects glow with their own light (at (~10-15 micron wavelengths). If imaged objects are the same temperature, there is very little contrast and the objects are invisible! #Melexis MLX90640 from #Sparkfun. Colors are scaled to span the minimum and maximum temperatures. #infrared #thermalIR #imaging