Hide filters Display filters
Main menu
Services and expertise
FRIDOC database
Advanced search Hide
Filter :
Theme :
- Show less
+ Show more
Document type:
Document category:
Topic:
Language :
Publisher :
Year :
Close
Subthemes :
45 831 records
IIR document
The cryogenic engineering of ceramic superconductors at temperatures below 77 K.
Analysis of a high temperature superconducting current lead under nonlinear heat transfer conditions.
Thermal acoustic oscillations in cryogenic systems.
About possibility to use matrix heat exchangers in cryogenic and refrigeration plants.
Recent advances in Stirling cycle refrigeration.
Minimizing throttling losses in the refrigeration cycle.
Natural refrigerants: applications and risks.
A way to safe use of ammonia.
Ammonia the obvious refrigerant.
HCFC's replacement: an up to date review.
Experimental results for the VLE of the ternary mixtures HFC134a-HFC125-HFC32 and HFC134a-HFC143a/HFC125.
Second virial coefficients for R32, R125, R134a, R143a, R152a and their binary mixtures.
Theoretical and experimental study of the application of propane/n-butane mixture as refrigerant replacing R12.
Automatic calorimeter for mixed refrigerants.
1,1-difluoroethylene, a useful fluid for the refrigeration industry revisited.
Field tests using HCFC22 replacements.
Experimental results and theoretical investigations with alternative refrigerants.
Lessons learned from the Air-Conditioning and Refrigeration Technology Institute (ARTI) materials compatibility and lubricants research program.
Experimental determination of the PVTx properties of HFC32-HFC125-HFC134a.
Thermodynamical properties of binary azeotropes of ozone-nondepleting refrigerants.
Thermodynamic property database for new refrigerants.
Experimental thermodynamic properties of alternative mixtures including R32, R125 and R134a refrigerants.
Applications of the hard sphere De Santis equation of state to the estimation of the density of compressed alternative refrigerants.
Thermodynamic properties of HCFC124.
Pentafluoroethane (HFC125). Equation of state and transport properties.