Add to ORKGCryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high cooling helium flow rates available at CERN have been used to reach Reynolds numbers up to Re ~ 10**7 in a round jet experiment. First results are discussed
The potential of cryogenic helium flows for studying high-Reynolds number turbulence in the laborato...
The potential of cryogenic helium flows for studying high-Reynolds number turbulence in the laborato...
The potential of cryogenic helium flows for studying high-Reynolds number turbulence in the laborato...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
International audienceTurbulence is of common experience and of high interest for industrial applica...
International audienceTurbulence is of common experience and of high interest for industrial applica...
International audienceTurbulence is of common experience and of high interest for industrial applica...
International audienceTurbulence is of common experience and of high interest for industrial applica...
Turbulence is of common experience and of high interest for industrial applications, despite its phy...
The potential of cryogenic helium flows for studying high-Reynolds number turbulence in the laborato...
The potential of cryogenic helium flows for studying high-Reynolds number turbulence in the laborato...
The potential of cryogenic helium flows for studying high-Reynolds number turbulence in the laborato...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
Cryogenic gaseous helium gives access to extreme turbulent experimental conditions. The very high co...
International audienceTurbulence is of common experience and of high interest for industrial applica...
International audienceTurbulence is of common experience and of high interest for industrial applica...
International audienceTurbulence is of common experience and of high interest for industrial applica...
International audienceTurbulence is of common experience and of high interest for industrial applica...
Turbulence is of common experience and of high interest for industrial applications, despite its phy...
The potential of cryogenic helium flows for studying high-Reynolds number turbulence in the laborato...
The potential of cryogenic helium flows for studying high-Reynolds number turbulence in the laborato...
The potential of cryogenic helium flows for studying high-Reynolds number turbulence in the laborato...