the present studi provid thermodynam degrad approach model human stress respons finger skin temperatur use indic stress respons stressor stress event follow recoveri the entropi chang calcul use heat transfer from peripher skin finger skin temperatur hypothes human stress respons evidenc finger skin temperatur chang quasistat process the entropi approach demonstr use data from medic school experiment studi the finger skin temperatur measur under three condit relax stressor task recoveri dure physiolog test profil the entropi chang postul entropi damag which metric measur age system degrad the agingratio ratio entropi chang due stressor recoveri present both male femal subject the statist test demonstr statist signific human stress respons stressor recoveri state within between male femal subject this novel approach could valuabl medic research particular field occup health evalu human exposur stress environ

Satish Boregowda

Rod Handy

Darrah Sleeth

Naomi Riches

Using Thermodynamic Degradation Approach to Quantify Human Stress Response

the effect low dimension thermodynam fermi gas trap isotrop powerlaw potenti analyz particular attent given differ characterist temperatur emerg low dimension thermodynam function state thermodynam suscept isotherm compress specif heat energyentropi argument physic favor relev one characterist temperatur name nonvanish temperatur which chemic potenti reach fermi energi valu present such argument allow interpret nonmonoton depend chemic potenti temperatur indic appear thermodynam regim where equilibrium state trap fermi gas character larger fluctuat energi particl densiti reveal correspond thermodynam suscept

Francisco J. Sevilla

Thermodynamics of Low-Dimensional Trapped Fermi Gases

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Journal of Thermodynamics

Table of Contents

Table of Contents: 2017

Using Thermodynamic Degradation Approach to Quantify Human Stress Response

Thermodynamics of Low-Dimensional Trapped Fermi Gases