From as-Desired Properties to as-Designed Structures
Computational Materials Science (CMS) is one of R&D tools to understand the nature based on the laws of nature as well as experimental science. CMS imitates the nature as a simple model and simulate the nature in the computer system.
CMS can Design New Materials of Desired Properties through the Key Factors, High-throughput Virtual Screening and New Insights.
News & Notices
[07-10] [논문 Accept] J. Mater. Chem. A IF: 11.301 ()
[06-19] [논문 Accept] Nano Letters IF: 12.344 ()
[05-01] [논문 Accept] Physical E. IF: 3.176 ()
[05-01] [논문 Accept] Nano Energy IF: 15.548 ()
[03-09] [논문 Accept] Appl. Catal. B IF: 14.229 ()
[02-14] [논문 Accept] Appl. Catal. B IF: 14.229 ()
[02-14] [화학세계] 2019년 10월 이달의 하이라이트 ()
[02-04] [산학과제] 현대자동차 협력연구센터 | 환경차배터리연구실 ()
[01-28] [Presentation Award] Nano Convergence Conference 2020 (NCC2020) Chi Ho won Best Presentation Award ()
[01-17] [논문 Accept] Inorg. Chem. IF: 4.85 ()
[10-31] [QuantumATK Highlight News] Unraveling Controversy over an Electrocatalytic Reaction Mechanism ()
[10-31] [논문 Accept] Small IF: 10.856 ()