II. The Second Law in Relation to Thermal Radiative Transfer

@inproceedings{Jesudason2011IITS,
  title={II. The Second Law in Relation to Thermal Radiative Transfer},
  author={Christopher Gunaseelan Jesudason},
  year={2011}
}
Planck introduced the quantum hypothesis from his Blackbody radiation studies, where he and subsequent workers opined that classical mechanics and electrodynamical theories could not account for the phenomenon. Hence a statistical mechanics with an appropriate Second law entropy was invented and coupled to the First law to account for quantum effects. Here, as an academic exercise we derive the quantum of energy by considering two structures, that of the dipole oscillators on a 2‐D surface and… 
1 Citations
One-Particle Representation of Heat Conduction Described within the Scope of the Second Law
TLDR
The Carnot cycle can be viewed as describing a local process of energy-work conversion by a single interacting particle which feature rates of energy transfer and conversion not possible in the classical Carnot development, but that even irreversible local processes might be brought within the scope of this cycle, implying a unified treatment of thermodynamically irreversible and reversible processes.