DSpace at KOASAS
Browsing DSpace

Browse "PH-Conference Papers(학술회의논문)" by Author Han, Myung Joon

A to Z

All 0-9

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

or enter first few letters:

Showing results 27 to 45 of 45

27
Jahn-Teller physics and orbital control in oxide heterostructures

Han, Myung Joon, OpenMX/QMAS Workshop on Electronic Structure Methods, OpenMX/QMAS Workshop on Electronic Structure Methods, 2010-03-08

28
LDA+U study of transition-metal oxides and rare-earth compounds

Han, Myung Joon, The 1st OpenMX/QMAS Workshop on Electronic Structure Methods, The 1st OpenMX/QMAS Workshop on Electronic Structure Methods, 2008-04

29
Magnetism and spin-lattice-orbital interplay in titanate heterostructure and ruthenate thin film: First-principles perspective

Han, Myung Joon, Spintronics and Core-to-Core Workshop, Osaka University, 2017-03-22

30
Magnetism, spin-lattice-orbital coupling and exchange-correlation energy in oxide heterostructures: Mn-Nickelate, titanate and ruthenate

Han, Myung Joon, American Physical Society March Meeting, American Physical Society, 2017-03-17

31
Magnetism, spin-lattice-orbital coupling and exchange-correlation energy in titanate heterostructure and ruthenate thin film

Han, Myung Joon, 9th Meeting of Study of Matter at Extreme Conditions, High Pressure Science Society of America, 2017-04-04

32
Quantum confinement and the electronic structure of LaTiO3: the case of LaTiO3/LaAlO3

Han, Myung Joon, Complex Oxide Workshop, Complex Oxide Workshop, 2010-08-23

33
Quasiparticle self-consistent GW study of cuprates: electronic structure, model parameters, and two-band theory for Tc

Han, Myung Joon, Korean Magnetics Society Meeting, Korean Magnetics Society, 2015-11-27

34
Quasiparticle self-consistent GW study of cuprates: electronic structure, model parameters, and two-band theory for Tc

Han, Myung Joon, Korean Physical Society Meeting, Korean Physical Society, 2015-10-22

35
Reduced dimensionality and emerging material property in perovskite oxide superlattices: A first-principles study

Han, Myung Joon, Korean Chemical Society Meeting, Korean Chemical Society, 2016-04-21

36
Reduced dimensionality and emerging material property in perovskite oxide superlattices: A first-principles study

Han, Myung Joon, Condensed Matter Physics 2016, OMICS, 2016-10-28

37
Strain control of electronic structure and magnetic property in correlated oxide superlattice: The case of titanates and ruthenates

Han, Myung Joon, 10th International Conference on Computation Physics, Physical Society of Macao, 2017-01-18

38
The electronic structure and magnetic interactions in PuAm alloy

Han, Myung Joon, Japan Institute for Science and Technology, Japan Institute for Science and Technology, 2008-04

39
The electronic structure of correlated materials : LDA+U, DMFT, and others Calculating model parameters : the case of Heisenberg exchange coupling constant

Han, Myung Joon, Winter School on DFT : Theories and Practical Aspects, Institute of Physics, Chinese Academy of Science, 2016-12-19

40
The fate of Jeff=3/2 state under pressure

Han, Myung Joon, KAIST-UCSB-KAERI joint workshop on correlated electron systems, KAIST, UCSB MRL, KAERI, 2018-09-21

41
The fate of Jeff=3/2 state under pressure

Han, Myung Joon, The 2nd Workshop on Functional Materials Science, 한국물리학회, 2018-10-29

42
The fate of Jeff=3/2 state under pressure

Han, Myung Joon, 2018 E-MRS Fall Meeting, EUROPEAN MATERIALS RESEARCH SOCIETY, 2018-09-19

43
Toward better first-principles description of correlated materials: Branching ratio, magnetic exchange, and dynamical electron correlation

Han, Myung Joon, Recent progress in condensed matter theory, KIAS, 2016-09-02

44
Toward better first-principles description of correlated materials: Branching ratio, magnetic exchange, and dynamical electron correlation

Han, Myung Joon, Frontiers in DFT and beyond, KAIST-EEWS, 2016-08-16

45
XXXI IUPAP Conference on Computational Physics

Han, Myung Joon, Natural orbital, quantum entropy and the electronic structure of correlated materials, IUPAP, Physical Society of Hong Kong, The Chinese University of Hong Kong, City University of Hong Kong, 2019-07-29

Discover

rss_1.0 rss_2.0 atom_1.0