Magnetic/magnetocaloric refrigeration is an energy-efficient and environmentally safer
cooling technology with the potential to be an alternative to conventional vapor compression …

Most existing room temperature magnetic refrigeration (MR) prototypes are based on the
concept of an active magnetic regenerator (AMR). However, for these MR prototypes, three …

The efficient use of reversible thermal effects in magnetocaloric, electrocaloric, and
elastocaloric materials is a promising avenue that can lead to a substantially increased …

Room temperature magnetic refrigeration has attracted substantial attention during the past
decades and continuing to increase the performance of active magnetic regenerators (AMR) …

The design of a rotary active magnetic regenerator heat pump device with a multi-bed
concept is presented. Important design features are the rotating two-pole magnet assembly …

Magnetic cooling has been researched as an alternative near room-temperature
refrigeration technology for the past two decades. However, one of its greatest limitations is …

Conventional magnetometry is irreplaceable in evaluating bulk magnetization of materials
over broad temperature and field ranges. The technique is also effective in quantifying …

Materials with a large magnetocaloric response require a large magnetic moment. However,
we show in this paper that it is possible to retain both the isothermal entropy change and the …

We present an experimental and numerical comparison of epoxy bonded multi-layered La
(Fe, Si, Mn) 13 H y active magnetic regenerators. First, no-load tests were performed on four …

Abstract La (Fe, Si, Mn) 13 H z alloys are promising solid-state refrigerant candidates for
room-temperature magnetocaloric refrigeration due to their giant magnetocaloric effect …