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以第一原理計算研究對地球物理重要之複雜氧化物(2/3)
Hsu, Han
(PI)
物理學系
概覽
指紋
研究成果
(2)
指紋
探索此專案觸及的研究主題。這些標籤是根據基礎獎勵/補助款而產生。共同形成了獨特的指紋。
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Keyphrases
Aluminous
100%
Fe3+
100%
High Pressure
62%
Low Spin
60%
Optical Signature
50%
First-principles Study
50%
Spin Crossover
50%
Earth's Lower Mantle
35%
First-principles Calculations
31%
Bridgmanite
31%
Mid-ocean Ridge Basalt
30%
Spin Transition
28%
Higher Spin
26%
Lower Mantle
26%
CoFe
25%
Orthosilicate
25%
Earth's Deep Interior
25%
Complex Oxides
25%
Post-perovskite
25%
Ferrous Iron
22%
Elastic Anomalies
20%
Fe2+
20%
Low-spin State
20%
Electronic Structure
18%
Co2SiO4
12%
Seismic Waves
12%
High-pressure Phase
12%
Pressure-induced Structural Transition
12%
Spinel Structure
12%
Structural Electronics
12%
Earth Upper Mantle
12%
Deep Carbon Cycle
12%
Geophysics
12%
Fayalite
12%
Carbon Cycle
12%
Magnesite
12%
Physical Properties
12%
Thermodynamics
12%
Global Carbon Cycle
12%
Stability Region
12%
Olivine
12%
Atomic Structure
12%
High Pressure High Temperature
12%
Polymorph
12%
Metal Bearing
12%
High Temperature
12%
Spinel
12%
Spin State
12%
Optical Absorption
12%
Transition Pressure
10%
Trigonal Prismatic
10%
Chemical Formula
10%
Temperature Experiment
10%
Subduction
10%
Ca2+
10%
Major Components
10%
Mantle Heterogeneity
10%
Nuclear Quadrupole Moments
10%
Si4+
10%
Al-Si
10%
Mantle Dynamics
10%
Mg2+
10%
Na +
10%
Quadrupole Splitting
10%
Room Temperature
10%
Oxidation State
10%
Al3+
10%
Hubbard U
10%
Local Density Approximation
10%
High-spin States
10%
B-site
10%
Vol%
10%
Crystal Field Splitting
6%
Diamond Anvil Cell
6%
Spin Pairing
6%
Geochemical Characteristics
6%
Iron Spin Transition
6%
Pairing Energy
6%
Spin Probe
6%
Rock-forming Minerals
6%
Coordination State
6%
Multiple Valence States
6%
Probing Techniques
6%
Optical Spectroscopy
6%
Mantle Minerals
6%
Deep Earth
6%
Absorption Experiments
6%
Ferropericlase
6%
Absorption Bands
6%
Geophysical Characteristics
6%
Behavioral Model
6%
Chemistry
Spin Transition
66%
Spin State
62%
First Principle
62%
Local-Density Approximation
33%
Absorptivity
25%
Ambient Reaction Temperature
16%
Chemical Formula
16%
Quadrupole Splitting
16%
Potassium Ion
16%
Electronic State
12%
Optical Spectroscopy
12%
Crystal Field Splitting
12%
Absorption Spectra
12%