Keyword [Magnetocaloric properties]
Result: 1 - 20 | Page: 1 of 2 |
| 1. | Investigation On Magnetocaloric Properties Of Gd0.6Dy0.4Co2-xAlx And Gd0.55Dy0.45Co2-xAlx Alloys |
| 2. | Effects Of Composition Proportion And Se Substitution On The Magnetocaloric Properties And Structures Of MnFePGe Compounds |
| 3. | Magnetocaloric Properties Of Gd-co-al Bulk Amorphous |
| 4. | Martensitic Transformation And Magnetocaloric Property Of Fine-grained Ni-Mn-Ga Alloys |
| 5. | Research On Magnetocaloric Properties And Cycle Stability Of LaFeSi-system Alloys Near Ambient Temperature |
| 6. | Influence Of C On The Magnetocaloric Effect Of La-Fe-Si Melt-spun Ribbons |
| 7. | Structure, Magnetic And Magnetocaloric Properties Of Gd-Co(Fe)-M Series Of Alloys |
| 8. | Study On The Crystal Structure And Magnetocaloric Properties In Novel Ni-mn Based Ferromagnetic Shape Memory Alloys |
| 9. | Synthesis And Properties Of Monodisperse Nano-sized Ferrite |
| 10. | Preparations And Magnetocaloric Properties Of Gd-based Molecular Materials Derived From Carboxylate Ligands |
| 11. | Magnetocaloric Properties And Mechanical Properties Of Fe-Based Amorphous Alloys |
| 12. | Effect Of Carbon Doping On The Structure,Phase Transition And Magnetocaloric Properties In(MnFe)2PSi Compounds |
| 13. | Study Of Magnetocaloric Properties Of Gd60Co40-xFex(x=0,5,10)Amorphous-Nanocrystalline Composites |
| 14. | Effect Of Nb,Ni Micro-addition On Glass Forming Ability,Magnetic And Magnetocaloric Properties Of Gd50Co50 Alloys |
| 15. | Study On Glass Forming Ability And Magnetocaloric Properties Of GdNiCo Ternary Amorphous Alloys |
| 16. | Study On The Magnetic And Magnetocaloric Properties Of (Mn,Fe)2(P,Si,Ge,B) Compounds Prepared By Spark Plasma Sintering |
| 17. | Study On Magnetocaloric Properties Of Double Perovskite Sr2-xAxFeMoO6(A=Al?Gd/Ba?Ga) |
| 18. | Effect Of Fe-doping On Magnetic Properties And Mechanical Properties Of Gd-based Amorphous Microfibers |
| 19. | Research On Magnetocaloric Properties Of CoGdHo And CoTbHo Alloy Fibers |
| 20. | Magnetic, transport, and magnetocaloric properties of boron doped Ni-Mn-In alloys |
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