Thermodynamics : Différence entre versions
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(Created page with "__NOTOC__ ==4A - Thermal properties of matter== ==4B - Heat and the first law== ==4C - Change of state== ==4D - Kinetic theory== ==4E - Gas law== ==[[4F - ...") |
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__NOTOC__ | __NOTOC__ | ||
| − | == | + | ==4A - Thermal properties of matter== |
| − | == | + | <!--===10. Thermometry===--> |
| − | ==[[4C - Change of state]]== | + | <!--===20. Liquid expansion===--> |
| − | ==[[4D - Kinetic theory | + | ===30. Solid expansion=== |
| − | == | + | *4A30.10 [[Bimetal strip]] |
| − | ==[[4F - Entropy and the second law]]== | + | *4A30.20 [[Ball and ring]] |
| + | <!--===40. Properties of materials at low temperature===--> | ||
| + | <!--===50. Liquid helium===--> | ||
| + | |||
| + | ==4B - Heat and the first law== | ||
| + | ===10. Heat capacity and specific heat=== | ||
| + | *4B10.30 [[Melting wax]] | ||
| + | <!--===20. Convection===--> | ||
| + | <!--===30. Conduction===--> | ||
| + | <!--===40. Radiation===--> | ||
| + | ===50. Heat transfer applications=== | ||
| + | *4B50.20 [[Boiling water in a paper cup]] | ||
| + | ===60. Mechanical equivalent of heat=== | ||
| + | *4B60.50 [[Drill and piece of metal]] | ||
| + | *4B60.70 [[Cork popper/Steam gun]] | ||
| + | ===70. Adiabatic processes=== | ||
| + | *4B70.10 [[Fire syringe]] | ||
| + | |||
| + | ==4C - Change of state== | ||
| + | ===10. PVT surfaces=== | ||
| + | *4C10.10 [[PVT surface 3D models]] | ||
| + | ===20. Phase changes: liquid-solid=== | ||
| + | *4C20.30 [[Regelation]] | ||
| + | <!--===30. Phase changes: liquid-gas===--> | ||
| + | ===31. Cooling by evaporation=== | ||
| + | *4C31.30 [[Drinking bird]] | ||
| + | <!--===32. Dew point and humidity===--> | ||
| + | <!--===33. Vapor pressure===--> | ||
| + | <!--===40. Sublimation===--> | ||
| + | <!--===45. Phase changes: solid - solid===--> | ||
| + | <!--===50. Critical point===--> | ||
| + | |||
| + | <!--==4D - Kinetic theory==--> | ||
| + | ==4E - Gas law== | ||
| + | ===10. Constant pressure=== | ||
| + | *4E10.20 [[Balloon in liquid nitrogen]] | ||
| + | ===20. Constant temperature=== | ||
| + | *4E20.40 [[Balloon in a vacuum]] | ||
| + | <!--===30. Constant volume===--> | ||
| + | |||
| + | ==4F - Entropy and the second law== | ||
| + | ===10. Entropy=== | ||
| + | *4F10.10 [[Unmixing]] | ||
| + | ===30. Heat cycles=== | ||
| + | *4F30.10 [[Stirling engine]] | ||
| + | *4F30.20 [[Steam engine]] | ||
| + | *4F30.70 [[Rubber band engine]] | ||
Version actuelle datée du 11 juin 2018 à 14:32
4A - Thermal properties of matter
30. Solid expansion
- 4A30.10 Bimetal strip
- 4A30.20 Ball and ring
4B - Heat and the first law
10. Heat capacity and specific heat
- 4B10.30 Melting wax
50. Heat transfer applications
- 4B50.20 Boiling water in a paper cup
60. Mechanical equivalent of heat
- 4B60.50 Drill and piece of metal
- 4B60.70 Cork popper/Steam gun
70. Adiabatic processes
- 4B70.10 Fire syringe
4C - Change of state
10. PVT surfaces
- 4C10.10 PVT surface 3D models
20. Phase changes: liquid-solid
- 4C20.30 Regelation
31. Cooling by evaporation
- 4C31.30 Drinking bird
4E - Gas law
10. Constant pressure
- 4E10.20 Balloon in liquid nitrogen
20. Constant temperature
- 4E20.40 Balloon in a vacuum
4F - Entropy and the second law
10. Entropy
- 4F10.10 Unmixing
30. Heat cycles
- 4F30.10 Stirling engine
- 4F30.20 Steam engine
- 4F30.70 Rubber band engine
