SENSOR Cantilever

• 
  1: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  2: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  3: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  4: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  5: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  6: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  7: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  8: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  9: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  10: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  11: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  12: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  13: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  14: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium
• 
  15: Micromachined Cantilever anemometer for quantum turbulence studies in cryogenic superfluid helium

Content by [Philippe-E. Roche/CNRS], licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
Gallery generated using digiKam floatingcards theme.