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Keyword [Strongly correlated]
Result: 1 - 20 | Page: 1 of 2
1.
Laser-induced Thermoelectric Voltage Effect In Strong Correlated Oxide Thin Films And Its Detector Application
2.
Properties Of Sr
2
MO
4
Single-crystal From First Principles
3.
Deposition And Physical Characteristics Of Several Perovskitestructure Ceramics And Superlattice Film
4.
Quantum Dissipation Theory:Applications To Strongly Correlated Quantum Impurity Systems
5.
Ultrafast Spectroscopy Of Strong Correlations And Topological Materials
6.
The Theoretical Study On Electronic And Catalytic Properties Of Transition Metal Monoxides
7.
High Pressure Synthesis And Physical Properties Of A-and B-site Multiply Ordered Perovskites
8.
High Pressure Synthesis And Physical Properties Of Novel Multferroics
9.
Structure And Property Study Of Several Kinds Of Strongly Correlated Electron Materials
10.
Study Of Synthesis,Structure And Magnetic Properties On Phase Separation System Sm
0.5
Ca
0.5
Mn
1-x
Ga
x
O
3
11.
Syntheses, properties, and electronic structure of materials with strongly correlated electrons. From thin film transition metal oxides to early actinide selenides
12.
Strongly correlated systems: Magnetic measurements of magnesium diboride and group IV magnetic semiconductor alloys
13.
Dynamical conductivity of strongly correlated electron systems at oxide interfaces
14.
Grain Boundary Character Distributions In Isostructural Materials
15.
Experiments on a strongly correlated material: photoresponse, phase diagram and hydrogen doping of vanadium dioxide
16.
Oxide Thermoelectrics: The Role of Crystal Structure on Thermopower in Strongly Correlated Spinels
17.
Electronic structure and hybridization of strongly correlated transition metal systems
18.
Magnetic-field- and pressure-tuned phases in lanthanum praseodymium calcium manganese oxide and manganese(II,III) oxide: Inelastic light scattering studies and single crystal growth
19.
Search for symmetry breaking phases in strongly correlated systems
20.
Investigation of strongly correlated electron behavior in uranium- and praseodymium-based intermetallic compounds
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