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IIR document

The impact of magnetocaloric properties on refrigeration performance and machine design.

• Author(s) : BENEDICT M. A., SHERIF S. A., SCHROEDER M., et al.
• Publication date: 2017/02
• Languages : English
• Keywords : Thermodynamics, Magnetocaloric material, Chilling, Magnetocaloric property, Performance, Modelling, Magnetism, Magnetocaloric effect
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 74
• Formats : PDF

IIR document

High-temperature hydrogenation behaviors and magnetocaloric properties of LaFe11.6Si1.4 compound.

• Author(s) : TANG Y., CHEN Y., ZHENG H., et al.
• Publication date: 2016/09/11
• Languages : English
• Keywords : Magnetocaloric material, Lanthanum, Silicon, Magnetocaloric property, Hydrogen, High temperature, Iron, Expérimentation
• Source: 7^th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VII). Proceedings: Turin, Italy, September 11-14, 2016.
• Formats : PDF

IIR document

Influence of particle size on the magnetocaloric properties of Mn1.30Fe0.65P0.5Si0.5 powders.

• Author(s) : BARTOK A., KUEPFERLING M., CURCIO C., et al.
• Publication date: 2016/09/11
• Languages : English
• Keywords : Phosphorus, Calorimetry, Manganese, Magnetocaloric material, Silicon, Magnetocaloric property, Particle, Powder, Iron, Expérimentation
• Source: 7^th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VII). Proceedings: Turin, Italy, September 11-14, 2016.
• Formats : PDF

IIR document

Magnetocaloric properties of Fe-Rh-(Z) (Z = Pd, Ni) alloys from ab initio and Monte Carlo calculations.

• Author(s) : SOKOLOVSKIY V., PAVLUKHINA O., BUCHELNIKOV V., et al.
• Publication date: 2016/09/11
• Languages : English
• Keywords : Rhodium, Calculation, Magnetocaloric material, Magnetocaloric cooling, Alloy, Magnetocaloric property, Iron
• Source: 7^th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VII). Proceedings: Turin, Italy, September 11-14, 2016.
• Formats : PDF

IIR document

Magnetocaloric properties of the stacked Ni50Mn18.75-xCu6.25+xGa25 (x = 0÷1) polycrystalline alloys.

• Author(s) : WRÓBLEWSKI R., SIELICKI K., LEONOWICZ M.
• Publication date: 2016/09/11
• Languages : English
• Keywords : Copper, Manganese, Magnetocaloric cooling, Alloy, Magnetocaloric property, Nickel, Gadolinium, Expérimentation, Crystal
• Source: 7^th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VII). Proceedings: Turin, Italy, September 11-14, 2016.
• Formats : PDF

IIR document

Magnetic and magnetocaloric properties of amorphous Y3Fe5O12.

• Author(s) : NOBREGA E. P., CALDAS A., RIBEIRO P. O., et al.
• Publication date: 2014/09/07
• Languages : English
• Keywords : Yttrium, Oxygen, Amorphous state, Magnetic property, Material, Iron, Expérimentation, Magnetocaloric effect, Magnetic field
• Source: 6^th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VI). Proceedings: Victoria, Canada, September 7-10, 2014.
• Formats : PDF

IIR document

Fast synthesis and magnetocaloric properties of La(Fe, Co, Si)13 compounds and their hydrides.

• Author(s) : PAUL-BONCOUR V., NAKOURI K., PATISSIER A., et al.
• Publication date: 2018/09/16
• Languages : English
• Keywords : Measurement, Magnetocaloric cooling, Lanthanum, Alloy, Silicon, Magnetocaloric property, Magnetism, Hydrogen, Iron, Cobalt
• Source: 8^th International Conference on Caloric Cooling (Thermag VIII). Proceedings: Darmstadt, Germany, September 16-20, 2018.
• Formats : PDF

IIR document

Properties of La(Fe, Si)13 Magnetocaloric compounds prepared by reactive spark plasma sintering.

• Author(s) : PAUL-BONCOUR V., PATISSIER A., NAKOURI K., et al.
• Publication date: 2016/09/11
• Languages : English
• Keywords : Measurement, Magnetocaloric material, Lanthanum, Alloy, Silicon, Magnetic property, Iron
• Source: 7^th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VII). Proceedings: Turin, Italy, September 11-14, 2016.
• Formats : PDF

IIR document

High-pressure sintering effect on the magnetic and magnetocaloric properties of Mn1.28Fe0.68P0.46Si0.58 compound.

• Author(s) : FAN W. D., OU Z. Q., HUANG G. F., et al.
• Publication date: 2014/09/07
• Languages : English
• Keywords : Phosphorus, Manganese, Silicon, Magnetic property, Material, Pressure, Iron, Expérimentation, Magnetocaloric effect
• Source: 6^th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VI). Proceedings: Victoria, Canada, September 7-10, 2014.
• Formats : PDF

IIR document

Influence of binder and curing process on the magnetocaloric properties of bonded LaFeSiH alloys.

• Author(s) : SUN Y., WANG Z., HONG Q., et al.
• Publication date: 2018/09/16
• Languages : English
• Keywords : Lanthanum, Alloy, Silicon, Magnetocaloric property, Plate, Powder, Hydrogen, Iron, Expérimentation, Entropy
• Source: 8^th International Conference on Caloric Cooling (Thermag VIII). Proceedings: Darmstadt, Germany, September 16-20, 2018.
• Formats : PDF

IIR document

The influence of non-magnetocaloric properties on the performance in parallel-plate AMRs.

• Author(s) : NIELSEN K. K., BAHL C. R. H., SMITH A., et al.
• Publication date: 2014/01
• Languages : English
• Keywords : Thermal property, Thermal conductivity, Operation, Magnetic refrigerator, Magnetocaloric cooling, Regenerator, AMR, Performance, Modelling, Magnetism, Flow, Magnetic field
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 37 - n. 1
• Formats : PDF

IIR document

Study on composite of thermoplastic loaded by magnetocaloric powders.

• Author(s) : LANZARINI J., GELIN J. C., BARRIERE T., et al.
• Publication date: 2016/09/11
• Languages : English
• Keywords : Magnetocaloric material, Magnetocaloric cooling, Rheology, Magnetocaloric property, Polymer, Mixture
• Source: 7^th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VII). Proceedings: Turin, Italy, September 11-14, 2016.
• Formats : PDF

Engineering magnetic transitions and magnetocaloric effect in rare-earth transition metal icosagenides.

• Author(s) : AGBEWORVI G.
• Publication date: 2020/05
• Languages : English
• Keywords : Magnetocaloric effect, Magnetocaloric material, Magnetocaloric cooling, Magnetic property, Expérimentation
• Formats : PDF

IIR document

Optimization of active magnetic regenerators with two and three layers of Gd-alloys.

• Author(s) : CARARO J. E., LOZANO J. A., TREVIZOLI P. V., et al.
• Publication date: 2016/09/11
• Languages : English
• Keywords : Magnetocaloric cooling, Alloy, Magnetocaloric property, Performance, Optimization, Gadolinium, Magnetocaloric effect
• Source: 7^th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VII). Proceedings: Turin, Italy, September 11-14, 2016.
• Formats : PDF

IIR document

Magnetovolumic and magnetocaloric properties of Y1-xRxFe2(H,D)4.2 compounds.

• Author(s) : PAUL-BONCOUR V., MAZET T., ISNARD O.
• Publication date: 2014/09/07
• Languages : English
• Keywords : Yttrium, Measurement, Rare earth, Magnetic property, Material, Iron, Entropy
• Source: 6^th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VI). Proceedings: Victoria, Canada, September 7-10, 2014.
• Formats : PDF

ICR 2019: an overview of current refrigeration research (part II)

Presentation of the main scientific and technical topics covered in the papers of the 25th IIR International Congress of Refrigeration and summary of some of the 14 keynotes.

• Publication date : 2019/09/30
• Subjects: HFCs alternatives

An alternative metal alloy for magnetic refrigeration?

A new metal alloy which does not use rare-earth elements could lead to commercially viable magnetic refrigeration systems.

• Publication date : 2015/12/07

Prototype wine cooler using magnetic refrigeration

A prototype wine cooler using magnetocaloric technology was presented at the Consumer Electronics Show in Las Vegas in January 2015.

• Publication date : 2015/01/29

Future developments in magnetocaloric refrigeration and heat pumping.

Summary of a paper presented during the 7th International Conference on Magnetic Refrigeration at Room Temperature (Thermag VII), available in Fridoc.

• Publication date : 2017/02/08

Not-in-kind cooling technologies performance comparison

This study proposes a quantitative comparison of refrigerants and system performance of not-in-kind cooling technologies.

• Publication date : 2016/08/16

Vapour-compression alternatives to serve future HVAC applications

A March 2014 report* prepared for the US Department of Energy by Navigant Consulting identifies and evaluates 17 technologies which could potentially replace traditional vapour-compression technology in residential and commercial HVAC applications

• Publication date : 2014/07/01

IIR conference on caloric cooling Thermag VIII: highlights

Thermag VIII was an opportunity to present new developments regarding magnetocaloric, electrocaloric and elastocaloric cooling.

• Publication date : 2018/10/18

New course on magnetic refrigeration!

The IIR has just published a new course entitled “Magnetic refrigeration” on its website, in the “Courses and training” section. 

• Publication date : 2023/06/28

IIR conference activities in 2016 show a promising choice of events

IIR conference activities in 2016 show a promising choice of events covering cutting edge refrigeration themes from refrigerants to energy issues; from cold chain sustainability to new refrigeration technologies.

• Publication date : 2016/03/02

Check out the upcoming cutting edge IIR events for 2016

IIR conference activities in 2016 show a promising choice of events.

• Publication date : 2015/12/16

Additive manufacturing of regenerators for caloric cooling

In many areas of engineering, additive manufacturing allows the production of complex and multifunctional products that could not be manufactured using traditional methods. In the...

• Last update : 2022/09/16
• Langues : English, French
• Themes : Caloric cooling (magnetocaloric, electrocaloric, elastocaloric and barocaloric cooling)