Thermal camera provides only surface temperature of an object, even though the objects are transperent. For example, looking to a hot object through a glass using thermal camera will give the the temperature of the glass surface. Is any modification in the thermal camera optical system possible to eliminate this trasperent barrier?
It will be useful for examination of retina in the eye taking advantage of its transperent media.
(A) is a barrier for (A'), therefore the infrared energy detected by optical (B) only from the object (A), is focused on an infrared detector (C). It sends the information to the electronic part of the sensor (D) in charge of the image processing. this electronic part converts the sensor data into an image that can be viewed in the viewfinder (E '), or on a video monitor or screen (E);
I think if the characteristics of thermal sensor will change and become more sensitive, I mean; that the sensor can receive the total energy of two objects (A) and (A ') and at the same time the energy of the first object (A) which is the obstacle for (A'), and with software that can subtract energy (A) of the total energy for obtaining energy (A ').
Because thermal camera lenses captures far infrared waves (thermal waves) emitted from an object. Air can only conduct and cannot produce these waves.
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