Advancing Thermal Technologies

1. Introduction to thermal technologies<br><br>Section I: Thermoelectric Devices and Applications<br>2. A Study on performance evaluation of Thermoelectric devices<br>3. Unlocking the Potential of Thermoelectric Devices: Efficiency, Fabrication and Future Applications<br>4. Advancements in Thermoelectric Technology: Materials, Phenomena, and Applications<br>5. The Thermoelectric Power Factor of two-dimensional Electron Systems<br>6. Ejector-enhanced Heat Pumps for Space Heating, Cooling and Domestic Hot Water in Buildings<br><br>Section II: Heat Transfer and Conduction<br>7. Multi-dimensional steady-state conduction and heat transfer in composite materials<br>8. Heat Transfer Effects on Peristaltic Flow of Jeffrey Fluid in a Rectangular Curved Duct<br>9. A thermal analysis on electro-magnetohydrodynamics hybrid nanofluid flow through an exponentially stretching sheet<br>10. Variable gravity effects at the onset of penetrative magnetic nanofluid convection due to internal heating in a rotating fluid layer<br><br>Section III: Advanced Materials for Thermal Applications<br>11. Advanced nanomaterials for thermal imaging<br>12. Temperature and solvent modulated solvothermal synthesis of metal organic frameworks for biomedical applications<br>13. Use of advanced material in thermal engineering and Emerging technology<br>14. Recent advances in liquid crystal–based thermal sensors<br>15. Advancing thermal technologies using optically active defects in diamond and two-dimensional materials<br><br>Section IV: Solar Energy and Energy Efficiency<br>16. Performance monitoring and assessment of the solar cooking system: a review<br>17. Application of Phase Change Materials in Solar Panels for Enhanced Energy Efficiency<br>18. Thermal Characteristics impact of nanophase change material (paraffin wax with Graphene nanoparticles) on thermal storage application<br>19. Innovations in Photovoltaic-Thermal Systems: Materials, Thermal Management, and Integration<br>20. Power-to-Hydrogen-to-Power in Microgrids<br><br>Section V: Energy Storage and Nanotechnology<br>21. Recent Developments in Energy Storage Applications Utilizing Quantum Dots Based Materials: A Review<br>22. Percolation threshold studies in MgCl2-polyvinyl alcohol quasisolid state electrolytes for battery applications<br>23. Measurement and characterization techniques of nanofluids and their components<br>24. Thermal storage materials for low-temperature refrigeration in cryogenic energy storage systems