absolute hot造句

• :" Absolute hot " would apply to a gas of photons as well as to ordinary matter.
• So now, my question is : why doesn't this appear in the article " Absolute hot "?
• :: So, if a system at negative temperature is brought into the presence of a system at absolute hot, which way will heat flow?
• I would be remiss if I were to fail to mention our article on absolute hot . talk ) 16 : 21, 4 November 2011 ( UTC)
• Because of the divergence, people may come to the incorrect conclusion that it is impossible to have temperatures above the Hagedorn temperature, which would make it the absolute hot temperature, because it would require an infinite amount of energy.
• So the answer to your question is no, there is no " absolute hot " temperature . ( As an aside, in certain circumstances, you can have more particles in a given excited state than the ground state, for example in a laser.
• The article says " If a negative-temperature system and a positive-temperature system come in contact, heat will flow from the negative-to the positive-temperature system . "-but I have no idea if that applies to absolute hot . . . talk ) 16 : 52, 19 August 2014 ( UTC)