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46 137 records
IIR document
Prediction of air coil performance under partially wet and totally wet cooling conditions using equivalent dry-bulb temperature method.
The prediction of vapour-liquid equilibrium behaviour of HFC blend-oil mixtures from commonly available data.
The viscosity surfaces of R152a in the form of multilayer feed forward neural networks.
Verifying site performance of water chilling machines by refrigerant-circuit measurements.
Estimation of shape factor for transient conduction.
Modélisation semi-empirique des écoulements et des transferts dans un milieu poreux en régime turbulent.
Semi-empirical modeling of turbulent fluid flow and heat transfer in porus media.
A semi-theoretical model for predicting refrigerant/lubricant mixture pool boiling heat transfer.
Surface heat transfer coefficients to stationary spherical particles in an experimental unit for hydrofluidisation freezing of individual foods.
Quantitative analysis of flow inside the accumulator of a rotary compressor.
Model-driven system identification of transcritical vapour compression systems.
Experimental testing of a PCM slurry system to shift peak air-conditioning loads.
Ice slurry fluid dynamics of homogeneous and heterogeneous flows.
The current trends in research and development on phase change material slurry.
A review of the physical properties of ice slurries in industrial ice slurry applications.
Ice slurry generation by direct injection of refrigerant into a water column.
Plate heat exchanger operating with ice slurry.
A method to determine the thermal conductivity of phase change materials and phase change slurries.
Thermal mass and night ventilation: utilizing "hidden" thermal mass.
Increasing building's ventilation efficiency using a solar roof and phase-change material heat storage.
Study on loudspeaker-driven thermoacoustic refrigeration.
Development and application of multi-stage pulse-tube refrigerators.
The design of linear compressor driven pulse-tube cryocooler.
A pulse-tube cooler capable of 1 W at 4.2 K.
Influence of regenerator flow resistance on stability of pulse-tube cooler.
Experimental investigation on DC flow control in a single-stage pulse tube refrigerator operating below 20 K.
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