The Peltier coefficients represent how much heat is carried per unit charge.
2.
The Peltier and Seebeck coefficients can only be easily determined for pairs of materials; hence, it is difficult to find values of absolute Seebeck or Peltier coefficients for an individual material.
3.
Where \ scriptstyle T is the absolute temperature, \ scriptstyle \ mathcal K is the Thomson coefficient, \ scriptstyle \ Pi is the Peltier coefficient, and \ scriptstyle S is the Seebeck coefficient.
4.
Where \ scriptstyle \ Pi _ A ( \ scriptstyle \ Pi _ B ) is the Peltier coefficient of conductor A ( B ), and \ scriptstyle I is the electric current ( from A to B ).
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