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Crusnik_02 asked how to measure the temperature of the sun,earth's upper atm,an insect,moon,ocean floor,liquid He?
And got the following answer:
I'd measure the temperature of the sun's photosphere with a calibrated bolometer and presume that its a blackbody (of known size and distance). I'd measure the temperature of the Earth (if I'm standing on it) with a thermometer of some sort. Perhaps a thermocouple, maybe a platinum resistance thermometer, or an IR bolometer (and presume an infra-red emissivity) if I was not in direct contact with it. I'd measure the temperature of the upper atmosphere (presuming that I'm *in* the upper atmosphere) with a thermocouple (tricky, given the low density). I'd measure the temperature of an insect (bigger the better) with a cooled infra-red detector, perhaps a pyro-electric sensor - depends on how hot the environment around the insect is. I'd measure the temperature of the moon (if I'm on the moon) by sticking a Pt100 element into it and measuring its resistance. If I wasn't on the moon, I'd use (hey!) an infra-red spectral method - and assume a blackbody. The ocean floor, presuming that I'm floating above it, I'd measure the temperature of with either a PT100, thermocouple, or thermistor. Liquid helium I would measure the temperture of with a diode, perhaps a silicon junction, or maybe germanium. Silicon diodes are cheaper...