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/ 117 pages
Cryogenic helium turbulence
Turbulence de l'Helium Cryogenique
presentation
Cryogenic helium turbulence : presentation
Cryogenic helium turbulence : scientific motivations
Philippe-E. Roche homepage
- (fr)
Turbulence de l'Hélium cryogénique : Présentation, Personnes, Infos pratiques et collaborateurs
Turbulence de l'Hélium cryogénique : Motivation scientifique
Philippe-E. Roche page web
production
Publications download (cryogenic helium turbulence)
on profit-driven editors
Conference proceedings (cryogenic helium turbulence)
PhD thesis (cryogenic helium turbulence)
Cryogenic helium turbulence : scientific events
Julien Salort : PhD thesis
Frédéric Gauthier : PhD thesis
Cryogenic helium turbulence
Philippe-E Roche : PhD thesis
Olivier Chanal : PhD thesis
Xavier Chavanne : PhD thesis
Antoine Naert : PhD thesis
- (fr)
Publications (turbulence Helium cryogénique)
sur les maisons d'édition à but luratif
Actes de conférence (turbulence Helium cryogénique)
Thèses de doctorats (turbulence Helium cryogénique)
Turbulence Helium cryo : évènements scientifiques
Thèse de Doctorat de Julien Salort
Thèse de Doctorat de Frédéric Gauthier
Turbulence de l'Helium Cryogenique
Thèse de Doctorat de Philippe-E Roche
Thèse de Doctorat de Olivier Chanal
Thèse de Doctorat de Xavier Chavanne
Thèse de Doctorat de Antoine Naert
ressources
Downloadable data set (cryogenic helium turbulence)
Photos Album (cryogenic helium turbulence)
Videos Album (cryogenic helium turbulence)
Downloadable documents
Internet links
Cryogenic helium turbulence
Cryogenic helium turbulence
Cryogenic helium turbulence
Cryogenic helium turbulence
Cryogenic helium turbulence
Cryogenic helium turbulence
Cryogenic helium turbulence
Cryogenic helium turbulence
Cryogenic helium turbulence
Cryogenic helium turbulence
Cryogenic helium turbulence
Cryogenic helium turbulence
- (fr)
Données à télécharger (turbulence Helium cryogénique)
Album Photos Turbulence Helium cryogénique
Album Videos Turbulence Helium cryogénique
Documents à télécharger
Liens internet
opportunities / opportunités
Opportunities (cryogenic helium turbulence)
Alumuni (cryogenic helium turbulence)
- (fr)
Opportunités (turbulence Helium cryogénique)
Anciens stagiaires (turbulence Helium cryogénique)
superfluid
Cryogenic helium turbulence
TOUPIE : quantum turbulence / superfluid turbulence wind-tunnel
TSF : grid superfluid turbulence
SHREK : High Re superfluid turbulence and classical turbulence
Turbulence de l'Helium Cryogenique
Superfluid turbulence / Quantum turbulence : simulation
Superfluid turbulence / Quantum turbulence : simulation
Superfluid turbulence / Quantum turbulence : simulation
Cryogenic helium turbulence
Cryogenic helium turbulence
- (fr)
Turbulence de l'Helium Cryogenique
TOUPIE : soufflerie d'étude de la Turbulence superfluide / Turbulence quantique
TSF : turbulence superfluide de grille
SHREK : turbulence superfluide ou classique à très haut nombre de Reynolds
Turbulence superfluide / Turbulence quantique : simulation
Turbulence superfluide / Turbulence quantique : simulation
Turbulence superfluide / Turbulence quantique : simulation
Turbulence de l'Helium Cryogenique
convection
Introduction to thermal convection (cryogenic helium turbulence)
Cryogenic helium turbulence
Helium balloon convection
Turbulent convection : cell
Turbulent convection : cell
- (fr)
Convection d'un ballon d'hélium
Convection turbulente : cellule
Convection turbulente : cellule
Turbulence de l'Helium Cryogenique
Introduction convection thermique - Hélium cryogénique
reynolds
Cryogenic helium turbulence
GReC : Helium jet turbulence experiment
HePipe : liquid helium pipe turbulence
- (fr)
Turbulence de l'Helium Cryogenique
GReC : turbulence d'un jet d'helium cryogénique
HePipe : liquid helium pipe turbulence
instrumentation
Micro-cantilever (Instrumentation for cryogenic helium turbulence)
Cryogenic array of micro-thermometers (Instrumentation for cryogenic helium turbulence)
Cryogenic micro-thermometers (Instrumentation for cryogenic helium turbulence)
Cryogenic miniature Pitot tubes (Instrumentation for cryogenic helium turbulence)
Superfluid vortex probe (Instrumentation for cryogenic helium turbulence)
Cryogenic hot wire (Instrumentation for cryogenic helium turbulence)
Cryogenic massflow meter (Instrumentation for cryogenic helium turbulence)
Cryogenic He density measurement (Instrumentation for cryogenic helium turbulence)
Cryogenic thermocouple (Instrumentation for cryogenic helium turbulence)
Cryogenic step motors (Instrumentation for cryogenic helium turbulence)
- (fr)
Micro-poutrelle (Instrumentation pour la turbulence helium cryogénique)
Réseau de micro-thermomètres (Instrumentation pour la turbulence helium cryogénique)
Micro-thermométrie cryogénique (Instrumentation pour la turbulence de l'helium)
Mini tube de Pitot cryogénique (Instrumentation pour la turbulence de l'helium)
Capteur de vortex supefluide (Instrumentation pour la turbulence helium cryogénique)
Fil chaud cryogénique (Instrumentation pour la turbulence de l'helium)
Débimètre cryogénique (Instrumentation pour la turbulence de l'helium)
Densitométrie cryogénique (Instrumentation pour la turbulence de l'helium)
Thermocouple cryogénique (Instrumentation pour la turbulence de l'helium)
Moteur cryogénique (Instrumentation pour la turbulence de l'helium)
base
Sitemap (cryogenic helium turbulence)
Cryogenic helium turbulence
Cryogenic helium turbulence
- (fr)
Turbulence de l'Helium Cryogenique
Turbulence de l'Helium Cryogenique
    
OPPORTUNITES/ 2 pages
http://perso.neel.cnrs.fr/philippe.roche/OPPORTUNITES/Proposition_these_GReC_2012.pdf
http://perso.neel.cnrs.fr/philippe.roche/OPPORTUNITES/proposition_these_2012_LevequeRoche.pdf
    
PRESENTATION/
         
per/
              
PUBLI_RAPPORT/ 20 pages
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/EPL_four-fifths-law_2012.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/Salort_Equipartition_EPL2011.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/Salort_TSF_PoF_2010.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/EPL_dnsdns_2009.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/EPL_PassiveVortexField_2008.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/EPL_pinces_2007.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/NJP201_Roche_RB.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/EPL_core_2009.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/EPL_ShotNoise_2008.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/PoF_laiton.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/JLTP_2004.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/EPL_Pr_2002.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/PRE_2001.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/EPJB_paroi.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/Kaiser_uneven_ETC2011.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/EPJB_exclusion.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/0310453.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/APL_ADN.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/0202074.pdf
http://perso.neel.cnrs.fr/philippe.roche/PRESENTATION/per/PUBLI_RAPPORT/0202149.pdf
    
PRODUCTION/
         
PUBLICATIONS/ 1 pages
http://perso.neel.cnrs.fr/philippe.roche/PRODUCTION/PUBLICATIONS/2011_june_Salort_Renatech_newsletter.pdf
    
RESSOURCES/
         
DATA/
              
2012_EPL/ 3 pages
http://perso.neel.cnrs.fr/philippe.roche/RESSOURCES/DATA/2012_EPL/figure2_VelocityHistogram_HeI.txt
http://perso.neel.cnrs.fr/philippe.roche/RESSOURCES/DATA/2012_EPL/figure2_VelocityHistogram_HeII.txt
http://perso.neel.cnrs.fr/philippe.roche/RESSOURCES/DATA/2012_EPL/figure2_EPL_97_34006_2012.pdf
         
DOCUMENTS/ 2 pages
http://perso.neel.cnrs.fr/philippe.roche/RESSOURCES/DOCUMENTS/EcrantageLaiton.pdf
http://perso.neel.cnrs.fr/philippe.roche/RESSOURCES/DOCUMENTS/ChartWeb.pdf
              
Conduct_CUIVRE/ 1 pages
Mesure de la Conductivité du Cuivre Massif
         
Grenoble2010/ 2 pages
http://perso.neel.cnrs.fr/philippe.roche/RESSOURCES/Grenoble2010/index.html
Quantum Turbulence Work Meeting- Grenoble 2010
         
PHOTOS_CONVECTION/ 2 pages
CONVECTION photo album 1/2
CONVECTION photo album 2/2
              
Pages/ 56 pages
Convection : experimental environment - 1
Convection : experimental environment - 2
Convection : experimental environment - 3
Convection : experimental environment - 4
Convection : experimental environment - 5
Convection : mini Rayleigh-Bénard cell (2 cm) of aspect ratio 0.5 - 1
Convection : mini Rayleigh-Bénard cell (2 cm) of aspect ratio 0.5 - 2
Convection : mini Rayleigh-Bénard cell (2 cm) of aspect ratio 0.5 - 3
Convection : mini Rayleigh-Bénard cell (2 cm) of aspect ratio 0.5 - 4
Convection : Rayleigh-Bénard cell of aspect ratio 1.14 - 1
Convection : Rayleigh-Bénard cell of aspect ratio 1.14 - 2
Convection : Rayleigh-Bénard cell of aspect ratio 1.14 - 3
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 01
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 02
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 03
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 04
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 05
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 06
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 07
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 08
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 09
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 10
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 11
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 12
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 13
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 14
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 15
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 16
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 17
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 18
Convection : various types of Rayleigh-Bénard cells of aspect ratio 0.5 - 19
Bottom plate
Top plate
Calorimeter
Top of calorimeter
Convection : the Paper cell
Convection : the brass plate - 1
Convection : the brass plate - 2
Convection : the brass plate - 3
Convection : the flange cell - 1
Convection : the flange cell - 2
Convection : the flange cell - 3
Convection : the cell with screens - 1
Convection : the cell with screens - 2
Convection : the cell with screens - 3
Convection : the cell with screens - 4
Convection : probe close to the bottom plate - 1
Convection : probe close to the bottom plate - 2
Convection : probe close to the bottom plate - 3
Convection : Rayleigh Bénard cell with corrugated plates and sidewall - 1
Convection : Rayleigh Bénard cell with corrugated plates and sidewall - 2
Convection : Rayleigh Bénard cell with corrugated plates and sidewall - 4
Convection : Rayleigh Bénard cell with corrugated plates and sidewall - 5
Convection : cuvette digged into plates
Convection : the cigar cell - 1
Convection : the cigar cell - 2
         
PHOTOS_COUNTERFLOW/ 1 pages
web album : COUNTER-FLOWS
              
Pages/ 9 pages
Counter-flow : pipe with instrumentation ring
Counter-flow : pipe with probes ring
Counter-flow : highly uniform heater film deposited on copper disc
Counter-flow : highly uniform heater film deposited on copper disc (zoom)
Counter-flow : highly uniform heater film deposited on copper disc (IR test)
Counter-flow : He-tight ring for noninvasive insertion of probes across the counterflow
Counter-flow : vortex density probe on the instrumentation ring
Counter-flow : miniature second sound vortex probe
Counter-flow : experiment
         
PHOTOS_CleanRoom/ 1 pages
web album : CLEAN-ROOM DEVELOPMENTS
              
Pages/ 13 pages
Clean-room developments - 01
Clean-room developments - 02
Clean-room developments - 03
Clean-room developments - 04
Clean-room developments - 05
Clean-room developments - 06
Clean-room developments - 07
Clean-room developments - 08
Clean-room developments - 09
Clean-room developments - 10
Clean-room developments - 11
Clean-room developments - 12
Clean-room developments - 13
         
PHOTOS_DNSDNS/ 1 pages
web album : Numerical simulation of superfluid turbulence / quantum turbulence
              
Pages/ 6 pages
CINES Jade
superfluid vorticity (MED)
Vx superfluid (BT)
Slice Zn (TBT)
Es (HT)
En (BT)
         
PHOTOS_GReC/ 1 pages
web album : ultra high Reynolds number helium jet GReC
              
Pages/ 9 pages
GREC : He liquefyer
GREC : top of insert
GREC : Detecteurs
GREC : velocity spectra
GREC : sketch
GREC : insert
GREC : cryostat
GREC : transfert line
GREC : insert
         
PHOTOS_HePipe/ 1 pages
HePipe : very high Reynolds number pipe turbulence project
              
Pages/ 19 pages
HePipe : principle
HePipe : sketch [credit CERN]
HePipe : optimization
HePipe : flow parameters
HePipe : liquid helium loop (in CERN)
HePipe : liquid helium loop (in CERN)
HePipe : liquid helium loop [credit CERN]
HePipe : test of Hee leak
HePipe : test of pressure taps
HePipe : flow meter
HePipe : flow meter
HePipe : pipe straightness
HePipe : machining of probe inserts
HePipe : machining of probe inserts
HePipe : details of the entrance and exit of test pipe
HePipe : details of the entrance and exit of test pipe
HePipe : details of the entrance and exit of test pipe
HePipe : cleaning of the pipe after polishing
HePipe : pipe going from CNRS-Grenoble to CERN
         
PHOTOS_MiniJET/ 1 pages
web album : very high Reynolds number mini-Jet
              
Pages/ 6 pages
MINI-JET : cryostat
MINI-JET : sketch
MINI-JET : cell
MINI-JET : water model
MINI-JET : spectra
MINI-JET : velocity increments
         
PHOTOS_MiniTUNNEL/ 1 pages
Web album : miniature liquid Helium WIND-TUNNEL
              
Pages/ 8 pages
Mini Wind-Tunnel : shaft
Mini Wind-Tunnel
Mini Wind-Tunnel
Mini Wind-Tunnel : probes
Mini Wind-Tunnel : coil, Pitot tube and microthermometer
Mini Wind-Tunnel : propeller
Mini Wind-Tunnel : macroscopique Pitot tube
Mini Wind-Tunnel : probe ring
         
PHOTOS_PROBE_CANTI/ 1 pages
Cryogenic probe album : Cantilever anemometer
              
Pages/ 14 pages
Cryogenic cantilever anemometry - 01
Cryogenic cantilever anemometry - 02
Cryogenic cantilever anemometry - 03
Cryogenic cantilever anemometry - 04
Cryogenic cantilever anemometry - 05
Cryogenic cantilever anemometry - 06
Cryogenic cantilever anemometry - 07
Cryogenic cantilever anemometry - 08
Cryogenic cantilever anemometry - 09
Cryogenic cantilever anemometry - 10
Cryogenic cantilever anemometry - 11
Cryogenic cantilever anemometry - 12
Cryogenic cantilever anemometry - 13
Cryogenic cantilever anemometry - 14
         
PHOTOS_SHREK/ 1 pages
web album : SHREK experiment
              
Pages/ 20 pages
SHREK : principle of operation [credit CNRS/Neel]
SHREK : 3D design view [photo CEA/SBT]
SHREK : insertion inside the cryostat [photo credit CEA]
SHREK : example of large scale flow [credit CEA/SPEC]
SHREK : propellers [photo credit CEA/SBT]
SHREK : cryostat before installation of surrounding plateform [photo credit CNRS/Neel]
SHREK : multilayer radiative shield of the cryostat [photo credit CNRS/SBT]
SHREK : cryostat and radiation shield in the background [photo credit CEA/SBT]
SHREK : Von Karman cell [photo credit CEA]
SHREK : Von Karman cell [photo credit CEA]
SHREK : heat exchanger of the Von Karman cell [photo credit CEA]
SHREK : [photo credit CEA/SBT]
SHREK : cryostat and insert (before thermal shielding) [photo credit CEA/SBT]
SHREK : cryostat and insert (before thermal shielding) [photo credit CEA/SBT]
SHREK : insertion in the cryostat [photo credit CEA/SBT]
SHREK : compressors [photo credit CEA/SBT]
SHREK : cooling Oil ring pump [photo credit CEA/SBT]
SHREK [photo credit CEA/SBT]
SHREK [photo credit CNRS/Neel]
SHREK [photo credit CNRS/Neel]
         
PHOTOS_TOUPIE/ 1 pages
web album : TOUPIE high-Reynolds numbers superfluid wind tunnel
              
Pages/ 40 pages
TOUPIE : cryostat insert - 1
TOUPIE : cryostat insert - 2
TOUPIE : cryostat insert - 3
TOUPIE : cryostat insert - 4
TOUPIE : cryostat insert - 5
TOUPIE : wind-tunnel with probes ring - 1
TOUPIE : wind-tunnel with probes ring - 2
TOUPIE : wind-tunnel with probes ring - 3
TOUPIE : wind-tunnel with probes ring - 4
TOUPIE : wind-tunnel with probes ring - 5
TOUPIE : cryostat
TOUPIE : cryostat leak fixing
TOUPIE : insertion in the cryostat - 1
TOUPIE : insertion in the cryostat - 2
TOUPIE : experience environnement with Roots pump (2011)
TOUPIE : electrical command system with servo for pumping and in-line heaters - 1
TOUPIE : electrical command system with servo for pumping and in-line heaters - 2
TOUPIE : electrical command system with servo for pumping and in-line heaters - 3
TOUPIE : electrical command system with servo for pumping and in-line heaters - 4
TOUPIE : container of the wind-tunnel - 1
TOUPIE : container of the wind-tunnel - 2
TOUPIE : high-efficiency specially designed cryogenic propeller - 1
TOUPIE : high-efficiency specially designed cryogenic propeller - 2
TOUPIE : high-efficiency specially designed cryogenic propeller - 3
TOUPIE : high-efficiency specially designed cryogenic propeller - 4
TOUPIE : high-efficiency specially designed cryogenic propeller - 5
TOUPIE : details of the insert - 1
TOUPIE : details of the insert - 2
TOUPIE : details of the insert - 3
TOUPIE : details of the insert - 4
TOUPIE : details of the insert - 5
TOUPIE : He-tight probes holder - 1
TOUPIE : He-tight probes holder - 2
TOUPIE : He-tight probes holder - 3
TOUPIE : accelerometer to monitor residual vibrations of the wind-tunnel
TOUPIE : 2 kW in-line heater of pumped helium - 1
TOUPIE : 2 kW in-line heater of pumped helium - 2
TOUPIE : details of the pumping control pannel - 1
TOUPIE : details of the pumping control pannel - 2
TOUPIE : details of the pumping control pannel - 3
         
PHOTOS_TSF/ 1 pages
web album : TSF grid experiment
              
Pages/ 27 pages
Meeting in 2009
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : flow and cryogeny [image credit : CEA]
TSF : Miniature second sound probe
TSF : Miniature second sound probe
TSF : Miniature second sound probe and Hot wire
TSF : Miniature second sound probe and Hot wire
TSF : Hot wire
TSF : Miniature second sound probe and Hot wire
TSF : miniature Pitot tube
TSF : miniature Pitot tube
TSF : miniature Pitot tubes
TSF : miniature Pitot tube and mini-thermometer
TSF : during an experimental run...
TSF : during an experimental run...
TSF : during an experimental run...
TSF : during an experimental run...
    
images-hydro/ 1 pages
http://perso.neel.cnrs.fr/philippe.roche/images-hydro/Plan_polygone_AnnoteMidRes.pdf


 


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Ph.R. Jan, 2012