Solid state cooling - the discovery of the Multicaloric Effect

Physics & Astronomy

1. cerium 16%
2. chips 11%
3. composite materials 9%
4. compressors 16%
5. cooling 100%
6. costs 22%
7. cross coupling 20%
8. cryogenic cooling 21%
9. cryogenic temperature 15%
10. cycles 9%
11. detectors 8%
12. domestic energy 31%
13. electricity 16%
14. energy 8%
15. energy consumption 17%
16. entropy 21%
17. expansion 27%
18. gadolinium 16%
19. gases 15%
20. greenhouses 40%
21. intermetallics 13%
22. magnesium 14%
23. magnetic fields 21%
24. magnets 11%
25. metrology 14%
26. nitrates 16%
27. ozone 16%
28. paradoxes 17%
29. performance 6%
30. permanent magnets 15%
31. potential energy 12%
32. proposals 13%
33. refrigerants 54%
34. refrigerators 17%
35. requirements 10%
36. room temperature 16%
37. salts 13%
38. silicon 7%
39. solid state 77%
40. superconducting magnets 16%
41. temperature 26%
42. thermodynamics 9%
43. tuning 11%
44. vapors 22%