Font Size:
a
A
A
Keyword [negative thermal expansion]
Result: 1 - 19 | Page: 1 of 1
1.
Preparation Of Zr
2
P
2
WO
12
/Cu Composite Material
2.
First-principles Study Of Negative Thermal Expansions In Mental Oxides And Graphene-like Materials
3.
Synthesis And Research Of Al/ZrMgMo
3
O
12
And BaFe
12
O
19
/ZrMgMo
3
O
12
4.
Research Of Negative Thermal Expansion And Magnetic Properties Of Nb Doped Antiperovskite Mn
3
AgN
5.
First Principles Study On Tuning The Negative Thermal Expansion Property Of ScF
3
By Doping
6.
Negative Thermal Expansion Property Of Eu
1-x
Sr
x
MnO
3-δ
（X= 0.1,0.15,0.2） And (Gd
0.5
Eu
0.5
)
0.8
Sr
0.2
MnO
3
7.
The Y <sub> 2-x </ Sub> Of Er <sub> X </ Sub> Mo <sub> 4 </ Sub> O <sub> 15 </ Sub> And Y-<sub> 2-x </ Sub > Sm <sub> The X </ Sub> W <sub> 3 </ Sub> O <sub> 12 <
8.
Several Typical Negative Thermal Expansion Materials: A First-principles Study
9.
First-principles Study Of Mechanism Of Several Typical Negative Thermal Expansion Compounds
10.
Magnetic Frustration Related Physical Properties Of Chalcogenide Spinels
11.
Hygroscopicity And Negative Thermal Expansion Of Y
2-2x
（ZrM）
x
Mo
3
O
12
(M=Ca
2+
,Sr
2+
)
12.
Theoretical Study Of The Negative Thermal Expansion And Regulatoin In Several Typical Materials
13.
Controlling Negative Thermal Expansion In GaXMn
3
(X=N,C)Compounds Via Magnetic Element Doping And Magnetic Field
14.
Preparation,Structure,Negative Thermal Expansion Property,Thermal Shrink Mechanism And Al Matrix Composites Of Zr
0.70
V
1.33
Mo
0.67
O
6.73
15.
Study On Negative Thermal Expansion Of Nb
14
W
3
O
44
And ZrNb
2
WO
10
16.
Synthesis And Thermal Expansion Properties Research Of ZrMgMo
3
O
12
/BaTi
4
O
9
And ZrMg
1-x
Al
x
Mo
3-x
V
x
O
12
17.
Research On Negative Thermal Expansion Substrate For Fiber Bragg Grating
18.
Investigation On Thermodynamic Properties Of Superconducting Magnet New Packaging Materials And 3D Printed YBCO Bulk Materials
19.
Study On The Structure And Properties Of Curved Molecule C
18
Te
3
Br
6
(Bu-O)
6
And Negative Thermal Expansion Material Sc
2
W
3
O
12
Under High-Pressure
<<First
<Prev Next>
Last>>
Jump to
