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Keyword [magnetic entropy]
Result: 1 - 20 | Page: 1 of 2
1.
Magnetic Properties And Magnetocaloric Effects In Rare-earth Transition Metal Compounds With The NaZn
13
-type And Ce
6
Ni
2
Si
3
-type Structures And Spinel CdCr
2
S
4
Compounds
2.
New Room Temperature Magnetic Refrigerant Materials
3.
The Study Of Magnetoresistance Effect And Magnetothermal Effect Of (La
1-x-y
Ca
1/3
MnO
3
) System With Rare-earth Vacancies
4.
Charge Ordering In Univalent Alkali Element Half Doped Manganites
5.
Study On Structural And Magnetocaloric Effect Of A-sites Size-disorder La
2/3-x
R
Ex
Ca
1/3-y
Sr
y
MnO
3
Compounds
6.
Magneto-Caloric Properties Of New Rare Earth-Transition Metal Based Compound
7.
Fabrication, Microstructure And Properties Of Perovskite-like Manganites
8.
The Strain And Magnetic Entropy Change Of Ferromagnetic Shape Memory Alloy NiMnGa
9.
Investigation On Magnetocaloric Properties Of Gd
0.6
Dy
0.4
Co
2-x
Al
x
And Gd
0.55
Dy
0.45
Co
2-x
Al
x
Alloys
10.
Magnetic Properties And Magnetocaloric Effect In NaZn
13
-type LaFe
11.6-x
Co
x
Si
1.4
And LaY
0.1
Fe
11.4
T
0.1
Si
1.5
Alloys
11.
Magnetocaloric Properties Of Gd-co-al Bulk Amorphous
12.
The Structure Transformation And Magnetic Properties Of Cu Doped NiMnIn Alloys
13.
Magnetic Properties And Magnetocaloric Effects In Mn
50-X
Fe
10+X
Al
40
And Mn
38
Fe
22
Al
40
（B,C）
y
Alloys
14.
Element Substitution And Doping Effect On The Magnetic Properties And Magnetocaloric Effect Of Mn(Fe,Co)Ge-based Alloy
15.
Microporous Functional Materials Constructed By Bipyridine-Dicarboxylate Bridging D-f Metals
16.
Vanadium Compounds And Their Hybrid With Graphene: Synthesis And New Property
17.
Investigations On The Structure, Phase Transition And Magnetism In Doped Ni-X-Z (X=Mn, Fe; Z=Ga, In) Alloys And The Half-metallicity Of Co-Cr-Z
18.
Research On Magnetocaloric Properties And Cycle Stability Of LaFeSi-system Alloys Near Ambient Temperature
19.
Preparation And Characterization Of Perovskite Manganites Thin Films By Chemical Solution Deposition
20.
Investigation On The Phase Transformation And Magnetocaloric Effect Of Ni-Mn-Sb-Si Ferromagnetic Shape Memory Alloys
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