Experiments

1 MECANIQUE DES CORPS INDEFORMABLES

A1 Mechanical bench PH D1 425
A2 Gyroscope PH D1 425
A4 Free and forced oscillations PH D1 426

2 MECANIQUE DES FLUIDES

B1 Aerodynamics PH D1 426
B2 Viscosity of liquids PH D1 425
B5 Piston effect PH D1 425

3 THERMODYNAMIQUE

C1 Stirling cycle PH D1 401
C2 Heat of combustion of liquid fuels PH D1 401
C4 Heat pump(water-water) PH D1 401
C4* Pompe à chaleur (air-eau) PH D1 401
C5 Heat transfer PH D1 401
C7 Temperature measurement PH D1 401
C8 Refreezing experiment PH D1 401

4 PHYSIQUE DES MATERIAUX

D1 Elastic torsion PH D1 425
D2 Anelasticity of solids PH D1 407
D3 Plasticity of solids PH D1 425

5 OPTIQUE

F4 Optical instruments PH D1 398
F7 Interferometry PH D1 408
F9 Optical grating spectroscopy PH D1 397
F10 Fourier optics PH D1 398

6 ELECTROMECANIQUE

G1 Magnetic hysteresis cycle PH D1 354
G3 RLC Circuits PH D1 355
G4 Continuous current electric engines PH D1 355
G7 Ultrasounds PH D1 335

7 PHYSIQUE ATOMIQUE ET NUCLEAIRE

H2 Schuster experiment e/m PH D1 364
H3 Quantification of electric charge (Millikan)
(expérience de Millikan)
PH D1 344
H4 Franck Hertz
(expérience de Frank-Hertz)
PH D1 344
H5 H5 Rayons X English PH D1 365
H6 Hall effect PH D1 344
H7 Solar power PH D1 374
H8 Nuclear power PH L0 506
H9 Fuel cells PH D1 375
H10 Black body radiation PH D1 375

8 VIDE ET APPLICATIONS

K14 Vacuum technology & triple point of nitrogen PH D1 355
K15 Vacuum technology & Evaporation in a vacuum PH D1 355