Publications by authors named "Ben-Zhen Tang"
In the present work, FeZrSmB (x = 2, 4) amorphous alloys (AAs) were successfully synthesized into the shape of 40-micrometer-thick ribbons and their magnetic properties were measured. The FeZrSmB (x = 2, 4) AAs exhibited a rather high maximum magnetic entropy change (-Δ): ~3.53 J/(K × kg) near 317 K for x = 2 and ~3.
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- The study discusses the fabrication of FeCeB metallic glass ribbons and analyzes how their composition affects their glass forming ability (GFA) and magnetic properties.
- Results showed that increasing boron content enhances both GFA and the Curie temperature, with the maximum magnetic entropy change reaching 3.88 J/(kg × K) at 5 T when boron content is optimized.
- An amorphous composite was designed, displaying a significant average magnetic entropy change of about 3.29 J/(kg × K) in a specific temperature range, suggesting its potential use as an efficient refrigerant for domestic magnetic refrigeration systems.
Magnetic and Magneto-Caloric Properties of the Amorphous FeZrB Ribbons.
Materials (Basel)
November 2020
Magnetic and magnetocaloric properties of the amorphous FeZrB ribbons were studied in this work. Fully amorphous FeZrB, FeZrB, and FeZrB ribbons were fabricated. The Curie temperature (), saturation magnetization (), and the maximum entropy change with the variation of a magnetic field (-Δ) of the glassy ribbons were significantly improved by the boron addition.
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